1
TABLE OF CONTENTS
Sartomer Capabilities and Services......................................................................................................6
Requests and Sartomer Sales Offices..................................................................................................6
Disclaimer of Liability.........................................................................................................................6
Responsible Care Information.............................................................................................................7
Total Quality and Environmental Protection........................................................................................ 7
ISO-9001:2000 Certification................................................................................................................7
MONOMERS
Monofunctional Monomers
Acrylate Monomers ................................................................................................................ 8
Methacrylate Monomers ........................................................................................................ 8
Difunctional Monomers
Diacrylate Monomers ............................................................................................................10
Dimethacrylate Monomers ....................................................................................................12
Trifunctional Monomers
Triacrylate Monomers ...........................................................................................................13
Trimethacrylate Monomers ...................................................................................................14
Tetra and Pentafunctional Monomers
High Functionality Acrylate Monomers .................................................................................14
High Functionality Methacrylate Monomers .........................................................................15
High Performance Monomers ...................................................................................................... 15
Water Dispersible Monomers .......................................................................................................15
Adhesion Promoting Monomers ...................................................................................................16
M-Cure® Resins ............................................................................................................................17
Scorch Retarding Monomers
Nitroso Scorch Retarding Monomers ....................................................................................18
Non-Nitroso Scorch Retarding Monomers ...........................................................................18
Metallic Monomers .......................................................................................................................19
P-Cure Monomers ........................................................................................................................20
OLIGOMERS
Urethane (Meth)acrylate Oligomers
Aliphatic Urethane Acrylates ................................................................................................21
Aliphatic Urethane Methacrylate ..........................................................................................23
Aromatic Urethane Acrylates ...............................................................................................23
Sarcryl® Functional Acrylic Oligomers .........................................................................................24
Amine Modified Polyetheracrylate Oligomers .............................................................................24
Hydrophobic Oligomers ................................................................................................................24
Sarbox® Specialty Oligomers ........................................................................................................25
Low Viscosity Oligomers ..............................................................................................................25
Polyester Acrylate Oligomers .......................................................................................................26
Metallic Acrylate Oligomers .........................................................................................................28
Epoxy (Meth)Acrylate Oligomers
Epoxy Acrylates ....................................................................................................................28
Epoxy Methacrylate ..............................................................................................................30
Adhesion Promoting Oligomers ....................................................................................................30
PHOTOINITIATORS
Photoinitiators ...............................................................................................................................31
Reactive Amine Synergists ...........................................................................................................32
4
TABLE OF CONTENTS (continued)
RESINS
Norsolene® Hydrocarbon Resins
Aliphatic Resin ..................................................................................................................... 33
Aromatic Resins ................................................................................................................... 33
Styrene Maleic Anhydride Resins
Styrene Maleic Anhydride Base Resins ............................................................................... 34
Styrene Maleic Anhydride Esters ......................................................................................... 34
Styrene Maleic Anhydride EF Series ................................................................................... 34
Styrene Maleic Anhydride Imides ........................................................................................ 34
Styrene Maleic Anhydride Hydrolyzed Solutions ................................................................. 34
Styrene Maleic Anhydride Amic Acid Resin ........................................................................ 35
Polybutadiene Homopolymer, Copolymer and Derivatives
Low Vinyl Homopolymers of Butadiene .............................................................................. 36
Medium Vinyl Homopolymers of Butadiene ........................................................................ 36
High Vinyl Homopolymers of Butadiene .............................................................................. 36
Hydroxy Terminated Polybutadiene Resins ......................................................................... 37
Random Copolymers of Butadiene and Styrene .................................................................. 38
Laminating Resins
Low Vinyl Maleinized Polybutadiene ................................................................................... 38
Isocyanate-Terminated Butadiene Prepolymers .................................................................. 39
Adhesion Promoting Butadienes .......................................................................................... 39
Adhesion Promoters for Sulfur Cure .................................................................................... 40
Adhesion Promoters for Peroxide Cure ............................................................................... 40
SPECIALTIES
Water Indicating Paste ................................................................................................................. 41
Plasticizers and Other Additives .................................................................................................. 41
Toxicology Information.....................................................................................................................42
General Handling Procedures & Precautions.....................................................................................44
General Storage Information.............................................................................................................44
Fire Hazards & Precautions..............................................................................................................45
General Disposal Procedures............................................................................................................45
Sartomer Products by Chemical Name..............................................................................................46
Sartomer Products by Product Code.................................................................................................53
Sales Office..........................................................................................................Outside Back Cover
5
SARTOMER CAPABILITIES AND SERVICES
At Sartomer, we have a broad product line of monomers, oligomers, photoinitiators, metallic coagents, resins, and
other specialty chemicals. The typical properties listed in this catalog are for Sartomer’s standard grades.
We manufacture a number of commercially available grades of our monomers, oligomers, and resins. Our “tailor
made� monomer grades vary in monomer purity levels, inhibitor levels or inhibitor types. Oligomer options include
blends with other monomers or concentration variations. Minimum purchases may be required to make new
product grades.
Additionally, we can tailor make new types of monomers, oligomers, and resins to meet your specific requirements.
We have the capability to produce laboratory, pilot plant and commercial size batches of these new materials.
Please contact your Sartomer representative to obtain additional information about the availability and lead times
for developmental products at 1-800-SARTOMER or 1-610-363-4100.
Standard packaging options for monomers and oligomers include pails, drums, plastic totes and bulk tank wagons.
Due to handling considerations, only low viscosity oligomers or low viscosity oligomer monomer blends are shipped
in plastic totes or bulk tank wagons.
To help optimize the use of our products, we offer:
· Technical literature including starting formulations, technical papers, technical data sheets and Material
Safety Data Sheets. All of these resources are available on Sartomer’s Web site, www.sartomer.com.
· A Technical Communications group which can answer many technical questions over the phone at
800-949-OLIG or by e-mailing technical support through our Web site.
· A Technical Service group which is willing to work with you in either your facility or our laboratory.
At Sartomer, we want to be your partner in developing and commercializing specialty products.
REQUESTS AND SARTOMER SALES OFFICES
To place an order, request samples, speak to your customer service representative, or request technical advice,
please call us at the office location nearest you. Sartomer’s headquarters is listed on the back cover of this catalog
as well as on our Web site. World wide locations can also be found at www.sartomer.com.
DISCLAIMER OF LIABILITY
The information in this catalog is believed to be accurate but all recommendations are made without warranty, since the conditions of use are
beyond SARTOMER Company’s control. The listed properties are illustrative only, and not product specifications. The application and performance
information in the catalog are provided as a guide. Other products in the catalog may be suitable for your specific application. SARTOMER
Company disclaims any liability in connection with the use of the information, and does not warrant against infringement by reason of the use of
its products in combination with other material or in any process.
6
RESPONSIBLE CARE INFORMATION
As a member of the American Chemistry Council, Sartomer Company is committed to abide by the guiding
principles of Responsible Care®. Sartomer has incorporated these Responsible Care® principles into our daily
operations to improve the responsible and safe management of chemicals on an ongoing basis. For more information
on Responsible Care®, please refer to Sartomer’s web site www.sartomer.com.
TOTAL QUALITY AND ENVIRONMENTAL PROTECTION
Sartomer Company cares about quality and environmental concerns. Therefore, it proactively engages in a wide
range of programs to protect the environment and maintain consistent high quality.
ISO-9001:2000 CERTIFICATION
Sartomer maintains ISO 9001:2000 registrations at its Exton, PA headquarters, West Chester, PA, Chatham, VA,
Stratford, CT, Grand Junction, CO, and Houston, TX manufacturing facilities. The British Standards Institute
(BSi) issues this certificate for the design, manufacture, and sale of liquid and solid monomers, oligomers,
photoinitiators, hydrocarbon resins, and functionalized polybutadiene resins at these facilities. Sartomer was the
first company in the United States to earn the ISO 9002 certification for the manufacture of multifunctional acrylates
and methacrylates in 1994. Sartomer is currently pursuing ISO 9001:2000 certification at its Channelview, TX and
Chatom, AL manufacturing facilities.
7
Monomers Typical Physical and Chemical Properties
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Monofunctional Monomers - Monofunctional (meth)acrylic esters are non-
crosslinkable, low-viscosity monomers diluted as reactive diluents for radiation
and peroxide cure applications.
Acrylate Monomers
CD551 Methoxy Polyethylene Glycol 125 1.085 22
(350) Monoacrylate ¤
CD553 Methoxy Polyethylene Glycol 95 1.096 50
(550) Monoacrylate ¤
CD586 High Purity Stearyl Acrylate (white solid) 325
CD611 Alkoxylated Tetrahydrofurfuryl 55 1.031 1.4534 11 32.9 -51
Acrylate
CD664 Aqueous Zinc Acrylate 40 1.211
Functional Intermediate � ¤ �
CD665 Aqueous Zinc Acrylate 51 1.190
Functional Intermediate ¤ �
Monofunctional Acid Ester �
CD9050 340 1.132 1.4513 20
CD9075 Alkoxylated Lauryl Acrylate 23 0.960 1.4540 24
CD9087 Alkoxylated Phenol Acrylate 50 1.110 1.5038 24 38.5 -23.5
CD9088 Alkoxylated Phenol Acrylate 150 1.120 65
SR256 2(2-Ethoxyethoxy) 70 188 1.013 1.4366 6 32.4 -54
Ethyl Acrylate ¤
SR257 Stearyl Acrylate 250 0.864 1.4476 35
SR285 Tetrahydrofurfuryl Acrylate 80 156 1.070 1.4577 6 36.1 -15
SR335 Lauryl Acrylate 30 240 0.875 1.4416 6 30.3 -30
2-Phenoxyethyl Acrylate �
SR339 30 192 1.103 1.5160 12 39.2 5
SR395 Isodecyl Acrylate 40 212 0.881 1.4395 5 28.6 -60
SR440 Isooctyl Acrylate 25 184 0.880 1.4346 5 28 -54
SR484 Octyl/Decyl Acrylate 40 203 0.880 1.4371 4
Tridecyl Acrylate �
SR489D 50 255 0.881 1.4474 7 28.9 -55
Caprolactone Acrylate �
SR495 30 344 1.100 1.4637 80 42.9 -53
SR504 Ethoxylated4 Nonylphenol Acrylate 70 450 1.028 1.4936 100 33.5
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
8
Monomers Typical Physical and Chemical Properties
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SR506 Isobornyl Acrylate 20 208 0.987 1.4738 9 31.7 88
SR531 Cyclic Trimethylolpropane 120 200 1.090 1.4620 13 32
Formal Acrylate
SR614 Alkoxylated Nonylphenol 100 0.985 1.4883 129
Acrylate � �
Methacrylate Monomers
CD513 Propoxylated2 Allyl 140 244 0.958 1.4432 5
Methacrylate
CD550 Methoxy Polyethylene Glycol 20 494 1.072 1.4566 19 -62
(350) Monomethacrylate ¤
CD552 Methoxy Polyethylene Glycol 30 693 1.087 1.4611 39 -65
(550) Monomethacrylate ¤
CD569 Ethoxylated Cetyl/Stearyl (white solid) 1100 45
Methacrylate (@60C)
CD570 Ethoxylated 2 Hydroxyethyl 325 1.092 1.4598 35
Methacrylate
CD571 Ethoxylated 5 Hydroxyethyl 455 1.104 1.4601 51
Methacrylate
CD572 Ethoxylated 10 Hydroxyethyl 335 1.109 1.4635 115
Methacrylate
CD612 Ethoxylated 4 Nonyl Phenol 105 464 1.041 1.4920 2 79
Methacrylate
CD730 Ethoxytriglycol Methacrylate 150 246 1.015 1.4434 7
SR201 Allyl Methacrylate 10 126 0.930 1.4327
SR203 Tetrahydrofurfuryl Methacrylate 65 170 1.041 1.4553 5 34.6
SR242 Isodecyl Methacrylate 40 226 0.878 1.4414 5 29.4
SR313 Lauryl Methacrylate 30 254 0.872 1.4420 6 -65
SR324 Stearyl Methacrylate 75 338 0.866 1.4485 14 38
SR340 2-Phenoxyethyl Methacrylate 40 206 1.079 1.5109 10 38.2 54
SR379 Glycidyl Methacrylate 15 142 1.073 1.4470 5 41
SR423 Isobornyl Methacrylate 20 222 0.979 1.4740 11 30.7 110
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
9
Monomers Typical Physical and Chemical Properties
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Methacrylate Monomers (continued)
SR493D Tridecyl Methacrylate 30 268 0.880 1.4472 6 28.9 -40
SR604 Polypropylene Glycol 40 405 1.011 1.4464 35 33.3
Monomethacrylate
Metallic Monomethacrylate ¤
SR709 (powder) 167 1.880
Difunctional Monomers - Difunctional (meth)acrylics offer a good balance of low vis-
cosity, fast reactivity and crosslink density properties to radiation and peroxide cure.
Diacrylate Monomers
CD406 Cyclohexane Dimethanol (white solid) 252
Diacrylate
CD560 Alkoxylated Hexanediol 40 1.055 1.4622 24 1.5
Diacrylate �
CD561 Alkoxylated Hexanediol 115 1.070 1.4634 46 -38
Diacrylate �
CD564 Alkoxylated Hexanediol 20 1.101 1.4521 23 14
Diacrylate �
CD580 Alkoxylated Cyclohexane 20 1.075 1.4747 51 35
Dimethanol Diacrylate �
CD581 Alkoxylated Cyclohexane 35 1.082 1.4729 70 -4
Dimethanol Diacrylate �
CD582 Alkoxylated Cyclohexane 15 1.029 1.4647 80 49
Dimethanol Diacrylate �
Alkoxylated Diacrylate �
CD802 140 1.038 1.4679 230
CD9038 Ethoxylated30 Bisphenol A 115 1656 1.128 1.4933 680 42.6 -42
Diacrylate � ¤
CD9043 Alkoxylated Neopentyl Glycol 35 0.994 1.4473 63
Diacrylate �
Kayarad ® Caprolactone Modified Neopentyl 200 max. 540 1.05-1.08 1.461 70-140 36.1 -28
Glycol Hydroxypivalate Diacrylate �
HX220
Kayarad ® Caprolactone Modified Neopentyl 100 max. 768 1.06-1.09 1.465 200-300
Glycol Hydroxypivalate Diacrylate �
HX620
Kayarad ® Hydroxypivalaldehyde Modified 300 max 326 1.07-1.09 1.47 200-400
Trimethylolpropane Diacrylate �
R604
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
� This monomer is a pigment dispersing monomer.
10
Monomers Typical Physical and Chemical Properties
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SR212 1,3-Butylene Glycol Diacrylate 90 198 1.051 1.4501 9 33.6 101
SR213 1,4-Butanediol Diacrylate 50 198 1.054 1.4535 8 36.2 45
SR230 Diethylene Glycol Diacrylate 60 214 1.116 1.4590 12 38.2 100
SR238 1,6 Hexanediol Diacrylate 20 226 1.020 1.4560 9 35.7 43
SR247 Neopentyl Glycol Diacrylate 60 212 1.031 1.4503 10 32.8 107
SR259 Polyethylene Glycol (200) 60 302 1.122 1.4639 25 41.3
Diacrylate ¤
SR268 Tetraethylene Glycol Diacrylate 50 302 1.114 1.4621 20 40.2 23
SR272 Triethylene Glycol Diacrylate 25 258 1.109 1.4606 15 39.1
SR306 Tripropylene Glycol Diacrylate 100 300 1.038 1.4485 15 33.3 62
SR306HP High Purity Tripropylene 100 300 1.038 1.4485 15 33.3 62
Glycol Diacrylate Θ
SR344 Polyethylene Glycol (400) 35 508 1.117 1.4655 57 42.6 3
Diacrylate � ¤
SR349 Ethoxylated 3 Bisphenol A 80 468 1.145 1.5425 1,600 43.6 67
Diacrylate �
SR508 Dipropylene Glycol Diacrylate 40 242 1.052 1.4502 10 104
SR601 Ethoxylated 4 Bisphenol A 130 512 1.142 1.5340 1,080 36.6 60
Diacrylate �
SR602 Ethoxylated10 Bisphenol A 80 776 1.126 1.5142 610 37.6 2
Diacrylate �
SR610 Polyethylene Glycol (600) 100 742 1.117 1.4676 90 43.7 -42
Diacrylate � ¤
Metallic Diacrylate � ¤ �
SR705 207 1.677
Modified Metallic Diacrylate �
SR706 241 1.604
SR9003 Propoxylated 2 Neopentyl 35 328 1.005 1.4464 15 32.0 32
Glycol Diacrylate �
Metallic Diacrylate � ¤ �
SR9016 (off-white 207 1.677
powder)
Acrylate Ester �
SR9045 50 1 1.4490 135
Alkoxylated Aliphatic Diacrylate �
SR9209 70 1.045 1.4533 15 35.1 48
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
11
Monomers Typical Physical and Chemical Properties
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Dimethacrylate Monomers
CD401 Cyclohexane Dimethanol (white solid) 270 1.475
Dimethacrylate
CD540 Ethoxylated4 Bisphenol A 100 572 1.116 1.5315 555 35.2 108
Dimethacrylate
CD542 Ethoxylated8 Bisphenol A 40 728 1.119 1.5147 420
Dimethacrylate
Ricacryl® Methacrylated Polybutadiene 6,000 0.91 25,000
3100
SR101 Ethoxylated Bisphenol A 2.5 452 1.119 1.5424 1,100 41.0
Dimethacrylate Θ
SR150 Ethoxylated Bisphenol A 50 1.5320 700
Dimethacrylate Θ
SR205 Triethylene Glycol Dimethacrylate 25 286 1.070 1.4580 11 36.5
SR206 Ethylene Glycol Dimethacrylate 25 198 1.049 1.4522 6 33.1
SR209 Tetraethylene Glycol Dimethacrylate 3 0 330 1.077 1.4587 14 37.8
SR210 Polyethylene Glycol Dimethacrylate 3 0 330 1.080 1.4598 15 37.2
SR214 1,4-Butanediol Dimethacrylate 40 226 1.019 1.4545 7 34.1
SR231 Diethylene Glycol Dimethacrylate 35 242 1.061 1.4607 8 34.8 66
SR239 1,6 Hexanediol Dimethacrylate 30 254 0.982 1.4556 8 34.3 30
SR248 Neopentyl Glycol Dimethacrylate 50 240 1.000 1.4510 8 31.9
SR252 Polyethylene Glycol (600) 35 770 1.101 1.4655 67 41.6
Dimethacrylate ¤
SR297 1,3-Butylene Glycol Dimethacrylate 60 226 1.011 1.4489 7 31.5
SR348 Ethoxylated2 Bisphenol A 2.5G 452 1.119 1.5424 1,082 41.0
Dimethacrylate,
SR348L Ethoxylated2 Bisphenol A 30 452 1.122 1.5430 1,600
Dimethacrylate
SR480 Ethoxylated10 Bisphenol A 85 808 1.131 1.5112 410 42.0 -1
Dimethacrylate
SR541 Ethoxylated6 Bisphenol A 50 660 1.118 1.5227 440 35.3 54
Dimethacrylate
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
12
Monomers Typical Physical and Chemical Properties
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SR603 Polyethylene Glycol (400) 100 598 1.117 1.4645 85 40.0 -21
Dimethacrylate ¤
SR644 Polypropylene Glycol (400) 1.002 30
Dimethacrylate
Metallic Dimethacrylate ¤ �
SR708 235 1.485
SR740 Polyethylene Glycol (1000)
Dimethacrylate ¤
SR9036 Ethoxylated30 Bisphenol A 30 2156 1.122 1.4906 610 43.8 -43
Dimethacrylate ¤
Trifunctional Monomers - Trifunctional monomers are highly reactive monomers
that offer high crosslink density properties to radiation and peroxide cure systems.
Triacrylate Monomers
CD501 Propoxylated 6 Trimethylolpropane 90 645 1.048 1.4567 125 33.5 -2
Triacrylate �
CD9021 Highly Propoxylated5.5 Glyceryl 50 573 1.064 1.4575 95 35.6 -11
Triacrylate � �
Trifunctional Acid Ester �
CD9052 5G 1.219 550
SR351 Trimethylolpropane Triacrylate 40 296 1.109 1.4723 106 36.1 62
SR351HP High Purity Trimethylolpropane 40 296 1.109 1.4723 106 36.1 62
Triacrylate Θ
SR351LV Low Viscosity Trimethylolpropane 40 296 1.109 1.4723 65 36.1 62
Triacrylate
SR368 Tris (2-Hydroxy Ethyl) 1G 423 1.300 1.4489 272
Isocyanurate Triacrylate �
SR368D Tris (2-Hydroxy Ethyl) 35 1.158 330
Isocyanurate Triacrylate
SR415 Ethoxylated 20 Trimethylolpropane 55 1176 1.115 1.4699 225 41.8 38
Triacrylate � ¤
SR444 Pentaerythritol Triacrylate 50 298 1.162 1.4801 520 39.0 103
SR454 Ethoxylated 3 Trimethylolpropane 55 428 1.103 1.4689 60 39.6 -40
Triacrylate �
SR454HP High Purity Ethoxylated3 55 428 1.103 1.4698 60 39.6 -40
Trimethylolpropane Triacrylate � Θ
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
13
Monomers Typical Physical and Chemical Properties
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Triacrylate Monomers (continued)
SR492 Propoxylated 3 Trimethylolpropane 30 470 1.050 1.4590 90 34.0 -15
Triacrylate �
SR499 Ethoxylated 6 Trimethylolpropane 40 560 1.107 1.4691 95 38.9 -8
Triacrylate �
SR502 Ethoxylated 9 Trimethylolpropane 140 692 1.110 1.4692 130 40.2 -19
Triacrylate �
SR9008 Alkoxylated Trifunctional 45 1.104 1.4696 70 103
Acrylate Ester �
Trifunctional Acrylate Ester �
SR9012 140 1.122 1.4729 70 64
SR9020 Propoxylated3 Glyceryl 20 428 1.089 1.4605 95 36.1 18
Triacrylate �
SR9020HP High Purity Propoxylated3 20 428 1.4605 36.1 18
Glyceryl Triacrylate � Θ
SR9035 Ethoxylated 15 Trimethylolpropane 60 956 1.113 1.4695 168 41.5 -32
Triacrylate � ¤
Trimethacrylate Monomers
Trifunctional Acid Ester �
CD9051 5G 1.187 1.4696 250
SR350 Trimethylolpropane Trimethacrylate 4 0 338 1.061 1.4701 44 33.6 27
Trifunctional Methacrylate Ester �
SR9009 75 1.066 1.4720 35
Trifunctional Methacrylate Ester �
SR9011 130 1.073 1.4724 30
Tetra and Pentafunctional Monomers - These monomers are highly reactive
monomers that offer high crosslink density properties to radiation and peroxide
cure systems.
High Functionality Acrylate Monomers
SR295 Pentaerythritol Tetraacrylate 35 352 1.179 1.4847 342 40.1 103
SR355 Di-Trimethylolpropane 50 482 1.010 1.4758 600 36.0 98
Tetraacrylate �
Dipentaerythritol Pentaacrylate �
SR399 50 525 1.192 1.4885 13,600 39.9 90
SR399LV Low Viscosity Dipentaerythritol 50 525 1.192 1.4885 7,000 39.9 90
Pentaacrylate �
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
14
Monomers Typical Physical and Chemical Properties
n
io er n,
pt ty
t
n o
i i
gh si
cr de av
ei
x
n
es ar r
e
de
Te 0 °C
,
od G
W ty °
lD G
In
fic i
r ce 2
C r, or o s 25
a
a ci ° C
ul f a at
ve
ct ic lo A sc t rs
e
cti
ec °C
du Vi s. a
o
S p t 25 Su n e
m
ol
C PH
he g,
fra
o
Pr dy
cp
a
Re
T
C A M
SR494 Ethoxylated (4) Pentaerythritol 80 528 1.128 1.4711 150 37.9 2
Tetraacrylate �
Pentaacrylate Ester �
SR9041 65 1.192 1.4899 15,195 41.2 102
Kayarad® Caprolactone Modified 100 max 807 1.15-1.17 1.4840 1,500-2,500
Dipentaerythritol Hexaacrylate �
DPCA20
Kayarad® Caprolactone Modified 300 max 1263 1.12-1.145 1.4790 900-1,500
Dipentaerythritol Hexaacrylate �
DPCA60
High Functionality Methacrylate Monomers
Ricacryl® Methacrylated Polybutadiene 6,000 0.900 65,000
3500 @45C
Ricacryl® Methacrylated Polybutadiene 3,200 8.300 25,000
3801 @45C
High Performance Monomers - These monomers are for high performance
applications; residual solvent levels are extremely low.
SR101 Ethoxylated Bisphenol A 2.5 452 1.119 1.5424 1,100 41.0
Dimethacrylate
SR150 Ethoxylated Bisphenol A 50 1.5320 700
Dimethacrylate
SR306HP High Purity Tripropylene Glycol 100 300 1.038 1.4485 15 33.3 62
Diacrylate
SR351HP High Purity Trimethylolpropane 40 296 1.109 1.4723 106 36.1 62
Triacrylate
SR454HP High Purity Ethoxylated3 55 428 1.103 1.4698 60 39.6 -40
Trimethylolpropane Triacrylate �
SR9020HP High Purity Propoxylated3 20 428 1.4605 36.1 18
Glyceryl Triacrylate �
Water Dispersible Monomers - These water dispersible monomers are soluble or
partially soluble in water.
CD550 Methoxy Polyethylene Glycol (350) 2 0 494 1.072 1.4566 19 -62
Monomethacrylate
CD551 Methoxy Polyethylene Glycol (350) 125 1.085 22
Monoacrylate
CD552 Methoxy Polyethylene Glycol (550) 3 0 693 1.087 1.4611 39 -65
Monomethacrylate
CD553 Methoxy Polyethylene Glycol (550) 9 5 1.096 50
Monoacrylate
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
15
Monomers Typical Physical and Chemical Properties
n
io er n,
pt ty
t
n o
i i
gh si
cr de av
ei
x
n
es ar r
e
de
Te 0 °C
,
od G
W ty °C
lD G
In
fic i
r ce 2
C r, or o s 25
a
a ci ° C
ul f a at
ve
ct ic lo A s c at rs
e
cti
ec °C
du Vi s.
o
S p t 25 Su n e
m
ol
C PH
he g,
fra
o
Pr dy
cp
a
Re
T
C A M
Water Dispersible Monomers (continued)
CD664 Aqueous Zinc Acrylate 40 1.211
Functional Intermediate � �
CD665 Aqueous Zinc Acrylate 51 1.190
Functional Intermediate �
CD9038 Ethoxylated30 Bisphenol A 115 1656 1.128 1.4933 680 42.6 -42
Diacrylate �
SR252 Polyethylene Glycol (600) 35 770 1.101 1.4655 67 41.6
Dimethacrylate
SR256 2(2-Ethoxyethoxy) Ethyl Acrylate 70 188 1.013 1.4366 6 32.4 -54
SR259 Polyethylene Glycol (200) 60 302 1.122 1.4639 25 41.3
Diacrylate
SR344 Polyethylene Glycol (400) 35 508 1.117 1.4655 57 42.6
Diacrylate �
SR415 Ethoxylated 20 55 1176 1.115 1.4699 225 41.8 38
Trimethylolpropane Triacrylate �
SR603 Polyethylene Glycol (400) 100 598 1.117 1.4645 85 40.0 -21
Dimethacrylate
SR610 Polyethylene Glycol (600) 100 742 1.117 1.4676 90 43.7 -42
Diacrylate �
Metallic Diacrylate � �
SR705 (white powder) 207 1.677
Metallic Dimethacrylate �
SR708 (off-white 235 1.485
powder)
SR740 Polyethylene Glycol (1000) white solid 1136 40
Dimethacrylate @ 60C
Metallic Diacrylate � �
SR9016 (white powder) 207 1.677
SR9035 Ethoxylated 15 60 956 1.113 1.4695 168 41.5 -32
Trimethylolpropane Triacrylate �
SR9036 Ethoxylated30 Bisphenol A 30 2156 1.122 1.4906 610 43.8 -43
Dimethacrylate
Adhesion Promoting Monomers - These monomers improve adhesion to substrates
with low surface tension such as metals and plastics.
CD664 Aqueous Zinc Acrylate 40 1.211
Functional Intermediate � ¤
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
16
Monomers Typical Physical and Chemical Properties
n
io er n,
pt ty
t
n o
i i
gh si
cr de av
ei
x
n
es ar r
e
de
Te 0 °C
,
od G
W ty °
lD G
In
fic i
r ce 2
C r, or o s 25
a
a ci ° C
ul f a at
ve
ct ic lo A sc t rs
e
cti
ec °C
du Vi s. a
o
S p t 25 Su n e
m
ol
C PH
he g,
fra
o
Pr dy
cp
a
Re
T
C A M
CD665 Aqueous Zinc Acrylate 51 1.190
Functional Intermediate ¤
CD9050 Monofunctional Acid Ester 340 1.132 1.4513 20
CD9051 Trifunctional Acid Ester 5G 1.187 1.4696 250
CD9052 Trifunctional Acid Ester 5G 1.219 550
Alkoxylated Nonylphenol Acrylate � 100
SR614 0.985 1.4883 129
Saret® Saret® Modified Metallic (off-white 241 1.594
Diacrylate �
SR633 powder)
Saret® Saret® Modified Metallic (off-white 235 1.481
SR634 Dimethacrylate powder)
Metallic Diacrylate � ¤
SR705 (white powder) 207 1.677
Modified Metallic Diacrylate � ¤
SR706 (white powder) 241 1.604
Metallic Dimethacrylate ¤
SR708 (off-white 235 1.485
powder)
SR9008 Alkoxylated Trifunctional 45 1.104 1.4696 70 103
Acrylate Ester
SR9009 Trifunctional Methacrylate Ester 75 1.066 1.4720 35
SR9011 Trifunctional Methacrylate Ester 130 1.073 1.4724 30
SR9012 Trifunctional Acrylate Ester 140 1.122 1.4729 70 64
Metallic Diacrylate � ¤
SR9016 (off-white 207 1.677
powder)
M-Cure Resins - These resins are acrylated modifiers for epoxy/amine systems.
Amine curing of acrylate monomers is a direct addition chemistry (Michael Addition
chemistry).
M-Cure® Aromatic Acrylate Modifier 100 140
100 For Epoxy/Amine Systems
M-Cure® Aromatic Acrylate Modifier 50 1.124 331
200 For Epoxy/Amine Systems
M-Cure® Aliphatic Acrylate Modifier 20 1.072 11
201 For Epoxy/Amine Systems
M-Cure® Aliphatic Acrylate Modifier 2G 1.036 700
202 For Epoxy/Amine Systems
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
17
Monomers Typical Physical and Chemical Properties
n
io r ,
pt e ty on
t
en
ri vi
gh si
c d ei
x
ra en ° C
es ar
e
de
,
od G T0
W ty C
D G
In
fic s i 25 °
ar ce t 2
l
C r, or
ca ci ° C
l
ve
co
ct fa a
lo A cu
i i s . at ur es
e
cti
°C
u o
S p t 25
m e
d ol Sn
Vs
C PH
he g,
fra
ro y
cp
a
Re
d T
P C A M
M-Cure Resins (continued)
M-Cure® Aromatic Urethane Acrylate 60 370
203 Modifier For Epoxy/Amine Sytems
M-Cure® Metallic Acrylate Modifier (white powder) 1.667
For Epoxy/Amine Systems � ¤ �
204
M-Cure® Aliphatic Acrylate Modifier 35 1.096 100
300 For Epoxy/Amine Systems
M-Cure® Aliphatic Acrylate Modifier 60 1.140 180
400 For Epoxy/Amine Systems
Scorch Retarding Monomers - These monomers provide excellent scorch safety in
rubber and plastic compounds.
Nitroso Scorch Retarding Monomers
Saret® Saret® Crosslinking Agent 18G 1.061 45
SR500 (Trifunctional)
Saret® Saret® Crosslinking Agent 18G 1.060 45
SR515 (Trifunctional)
Non-Nitroso Scorch Retarding Monomers
Saret® Saret® Crosslinking Agent 18G 1.010 1.4534 5
SR516 (Difunctional)
Saret® High Performance 3G 1.010 5
SR516HP Difunctional Coagent
Saret® Saret® Crosslinking Agent 18G 1.060 1.4727 45
SR517 (Trifunctional)
Saret® High Performance 3G 1.060 45
SR517HP Trifunctional Coagent
Saret® Saret® Crosslinking Agent 15G 1.101 120
SR519 (Trifunctional)
Saret® High Performance 3G 1.101 120
SR519HP Trifunctional Coagent
Saret® Saret® Crosslinking Agent 5G 1.060 1.4562 8
SR521 (Difunctional)
Saret® High Performance 2G 1.060 8
SR521HP Difunctional Coagent
Saret® Saret® Crosslinking Agent (yellow powder)
SR522 (Difunctional)
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
18
Monomers Typical Physical and Chemical Properties
n
io r ,
pt e on
t
ity
en
ri gh si
v
c d ei
x
en ° C
ra
es ar
e
de
,
od T0
G
W ty
D G
In
s i 25 °
r c ce t 2
l
C r, or ifi C
a
ca ul
ve
co
ct fa a
lo A ec °
i i s . at ur es
cti
ec °C
u o
m
S p t 25
d ol Sn
Vs
C PH
he g,
fra
ro y
cp
a
Re
d T
P C A M
Saret® Saret® Modified Metallic (off-white 241 1.594
Diacrylate � �
SR633 powder)
Saret® Saret® Modified Metallic (off-white 235 1.481
Dimethacrylate �
SR634 powder)
Saret® Solid Elastomeric Coagent (yellow pellet)
SR75EPM2A
Saret® Solid Elastomeric Coagent (white pellet)
SR75EPM2M
Metallic Monomers - These modified monomers are used to improve
processability and cure performance.
CD664 Aqueous Zinc Acrylate 40 1.211
Functional Intermediate � ¤ �
CD665 Aqueous Zinc Acrylate 51 1.190
Functional Intermediate ¤ �
Saret® Saret® Modified Metallic (off-white 241 1.594
Diacrylate � �
SR633 powder)
Saret® Saret® Modified Metallic (off-white 235 1.481
Dimethacrylate �
SR634 powder)
Calcium Diacrylate � ¤
SR636 (white powder) 183 1.442
Zinc Diacrylate � ¤
SR638 (white powder) 292 1.528
Metallic Diacrylate � ¤ �
SR705 (white powder) 207 1.677
Modified Metallic Diacrylate � ¤ � (white powder) 241
SR706 1.604
Metallic Dimethacrylate ¤ �
SR708 (off-white 235 1.485
powder)
Metallic Monomethacrylate ¤
SR709 (white powder) 167 1.880
Saret® Solid Elastomeric Coagent (yellow pellets)
SR75EPM2A
Saret® Solid Elastomeric Coagent (white pellets)
SR75EPM2AX
Saret® Solid Elastomeric Coagent (yellow pellets)
SR75EPM2M
Saret® Solid Elastomeric Coagent (white pellets)
SR75EPM2MX
Metallic Diacrylate � ¤ �
SR9016 (white powder) 207 1.677
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
19
Monomers Typical Physical and Chemical Properties
n
io er n,
pt ty
t
n o
i vi
gh si
cr de ei
x
ra n
es ar
e
de
Te 0 °C
y, °C
od G
W
lD G
In
it
fic
r ce t 2
C r, or o s 25
a
a ci ° C
ul
ve
ct rf a s a
ic lo A ct
e
cti
sa
ec °C
u
Vi s.
o
S p t 25 Su n e
m
d ol
C PH
he g,
fra
ro dy
cp
a
Re
T
P C A M
P-Cure Monomers - These monomers are used in peroxide cure applications.
PC100 Aromatic Dimethacrylate 50 660 1.118 1.5227 440 35.3 54
Monomer
PC101 Aliphatic Dimethacrylate 25 198 1.049 1.4522 6 33.1
Monomer
PC300 Acrylate Functional (white powder) 207 1.677
Monomer � ¤ �
PC301 Methacrylate Functional (off-white 235 1.485
Monomer ¤ � powder)
PC303 Acrylate Functional (white powder) 192
Monomer �
� This symbol denotes acrylates classified as low skin irritation monomers. For purposes of this catalog, only low skin irritation acrylates are
highlighted. However, many methacrylates and higher molecular weight oligomers also have low skin irritation. Contact a Sartomer representative for
more information.
¤ These monomers are soluble or partially soluble in water. All water dispersible monomers are listed on pages 15 and 16.
� These monomers are modified to provide enhanced adhesion. Adhesion promoting monomers are listed on page 16 and 17.
Θ HP grade monomers offer low solvent and acid concentrations resulting in low odor and extractables.
20
Oligomers Typical Physical and Chemical Properties
n
io h,
r
pt e t
en
ri ng
c d
x
re n,
es ar
e
de
St
,
od io
ty C
lD G
In
at
ty . s i 60 ° ile
C r, or si gal
a ng
ve
co
ct ns
ic lo A en i s . at
cti
lo °C
du o
Te i
D s. /
m E
Vs
C PH
he g,
fra
o
Pr ps
cp
lb
Re
% T
C A
Urethane (Meth)acrylate Oligomers - These are high performance oligomers for radiation
and peroxide curing.
Aliphatic Urethane Acrylates
CN9001 Aliphatic Urethane 1G 46,500 4100 143 54
Acrylate Oligomer
CN9002 Aliphatic Urethane Acrylate 15 9.000 3,000 150 78 37
CN9004 Aliphatic Urethane Acrylate 25 21,300
CN902J75 Brominated Urethane 5G 10.900 1,000 4800 4 67
Acrylate Oligomer
CN9101 Aliphatic Allyl Oligomer 8.500 70,000
@25C
CN929 Trifunctional Urethane Acrylate 1G 9.390 156,000 1.4908 2000 62 43
@25C
CN944B85 Aliphatic Urethane 100 8.840 45,000 1.4889 3000 48 33
Acrylate Blended with SR238 @25C
CN945A60 Trifunctional Urethane Acrylate 1G 9.050 15,100 1.4758 1623 6 53
Blended with SR306 @25C
CN945B85 Trifunctional Urethane Acrylate 1G 9.180 31,600 1.4874 3085 4 43
Blended with SR238 @50C
CN959 Aliphatic Urethane Diacrylate 300 9.100 180,000 1300 125 20
Oligomer with Acrylate @25C
Monomer Diluent
CN961E75 Urethane Acrylate Blended 35 9.114 4,080 1.4840 4300 14 -29
with SR454
CN961H81 Urethane Acrylate Blended 35 9.021 1,815 1.4779 328 53 -28
with SR256
CN962 Urethane Acrylate 50 9.215 58,250 1.4808 1200 106 -38
CN963A80 Urethane Acrylate Blended 35 9.110 2,250 1.4818 7217 6 48
with SR306
CN963B80 Urethane Acrylate Blended 35 9.090 1,100 1.4825 7450 4 62
with SR238
CN963E75 Urethane Acrylate Blended 50 9.184 1,880 1.4846 6400 4 66
with SR454
21
Oligomers Typical Physical and Chemical Properties
n
io h,
r
pt e t
en
ri ng
c d
x
re n,
es ar
e
de
St
,
od io
ty C
lD G
In
at
ty . s i 60 ° ile
C r, or si gal
a ng
ve
co
ct ns
ic lo A en i s . at
cti
lo °C
du o
Te i
D s. /
m E
Vs
C PH
he g,
fra
o
Pr ps
cp
lb
Re
% T
C A
Aliphatic Urethane Acrylates (continued)
CN963E80 Urethane Acrylate Blended 35 9.205 3,300 1.4860 7200 4 58
with SR454
CN963J85 Urethane Acrylate Blended 30 9.069 4,675 1.4876 6190 6 48
with SR506
CN964 Urethane Acrylate 30 9.185 17,675 1.4848 3300 98 -24
CN964A85 Urethane Acrylate Blended 45 9.074 3,470 1.4799 2430 63 -14
with SR306
CN964E75 Urethane Acrylate Blended 35 9.133 1,495 1.4803 3200 17 -15
with SR454
CN965 Urethane Acrylate 50 9.144 9,975 1.4802 2216 104 -37
CN965A80 Urethane Acrylate Blended 40 8.980 1,440 1.4738 926 31 -39
with SR306
CN966A80 Urethane Acrylate Blended 30 8.943 3,140 1.4718 340 69 -32
with SR306
CN966B85 Urethane Acrylate Blended 30 8.980 3,900 1.4732 350 60 -32
with SR238
CN966H90 Urethane Acrylate Blended 45 9.007 10,970 1.4718 77 61 -35
with SR256
CN966J75 Urethane Acrylate Blended 45 8.791 4,240 1.4757 428 238 -33
with SR506
CN966R60 Urethane Acrylate Blended 40 8.846 1,950 1.4887 450 54 -29
with SR504
CN968 Urethane Acrylate 20 9.800 18,000 1.4902 11000 1 145
@25C
CN9788 Aliphatic Urethane Acrylate 50 9.900 60,000 5150 52 30
CN980 Urethane Acrylate 20 8.940 19,130 1.4923 3750 92 -29
CN981 Urethane Acrylate 65 9.308 6,190 1.4908 6041 79 22
CN981A75 Urethane Acrylate Blended 65 9.154 710 1.4809 1192 44 37
with SR306
CN981B88 Urethane Acrylate Blended 35 9.205 1,520 1.4869 1966 41 28
with SR238
CN982A75 Urethane Acrylate Blended 30 9.360 1,115 1.4793 5900 56 42
with SR306
CN982B88 Urethane Acrylate Blended 60 9.189 2,175 1.4860 5700 61 50
with SR238
22
Oligomers Typical Physical and Chemical Properties
n
io h,
r
pt e t
en
ri ng
c d
x
re n,
es ar
e
de
St
,
od io
ty C
lD G
In
at
ty . s i 60 ° ile
C r, or si gal
a ng
ve
co
ct ns
ic lo A en i s . at
cti
lo °C
du o
Te i
D s. /
m E
Vs
C PH
he g,
fra
o
Pr ps
cp
lb
Re
% T
C A
CN982B90 Urethane Acrylate Blended 100 9.2 2,200 1.4860 5480 63 48
with SR238
CN982E75 Urethane Acrylate Blended 30 9.612 2,175 1.4864 4400 42 42
with SR454
CN982P90 Urethane Acrylate Blended 30 9.241 3,650 1.4882 3900 115 42
with SR268
CN983 Urethane Acrylate 50 9.420 5,150 1.4934 8400 4 92
CN984 Urethane Acrylate 55 9.213 660 1.4882 945 53 24
CN985B88 Urethane Acrylate Blended 20 9.625 205 1.4923 7660 5 103
with SR238
CN9893 Aliphatic Urethane Acrylate 50 10 25,000 4200 160 13
CN996 Aliphatic Urethane Acrylate 27 8.73 5,900 3100 137 8
Aliphatic Urethane Methacrylate
CN1963 Urethane Dimethacrylate 30 9.123 1,740 1.4844 5835 3 78
Aromatic Urethane Acrylates
CN970A60 Urethane Acrylate Blended 50 9.329 810 1.5005 4909 4 57
with SR306
CN970E60 Urethane Acrylate Blended 50 9.558 2,065 1.5095 7300 5 70
with SR454
CN970H75 Urethane Acrylate Blended 60 9.498 1,640 1.5119 2643 43 48
with SR256
CN971A80 Urethane Acrylate Blended 45 9.125 2,340 1.4931 1157 27 -11
with SR306
CN972 Urethane Acrylate 40 8.766 4,155 1.4811 420 50 -47
CN973A80 Urethane Acrylate Blended 50 9.111 6,500 1.4785 275 53 -30
with SR306
CN973H85 Urethane Acrylate Blended 50 9.089 6,050 1.4784 153 122 -36
with SR256
CN973J75 Urethane Acrylate Blended 40 8.925 6,560 1.4833 326 144 -31
with SR506
CN975 Hexafunctional 60 9.835 500 1.4984 6800 2 116
Urethane Acrylate
CN977C70 Urethane Acrylate Blended 40 9.442 1,460 1.4792 9231 6 83
with SR351
CN978 Urethane Acrylate 45 9.007 3,195 1.4903 400 58 -18
23
Oligomers Typical Physical and Chemical Properties
n
io h,
r
pt e t
en
ri ng
c d
x
re n,
es ar
e
de
St
,
od io
ty C
lD G
In
at
ty . s i 60 ° ile
C r, or si gal
a ng
ve
co
ct ns
ic lo A en i s . at
cti
lo °C
du o
Te i
D s. /
m E
Vs
C PH
he g,
fra
o
Pr ps
cp
lb
Re
% T
C A
Aromatic Urethane Acrylates (continued)
CN9782 Aromatic Urethane Acrylate 50 10.0 42,000 1100 250 -32
CN9783 Aromatic Urethane Acrylate 50 10.5 15,000 6100 25 30
CN990 Siliconized Urethane Acrylate 100 8.700 50,000 380 57 -37
Oligomer @25C
CN991 Urethane Acrylate 55 9.213 660 1.4882 5400 70 27
CN992 Aromatic Urethane Acrylate 8,900
@25C
CN994 Aromatic Urethane Acrylate 55 700 50
CN997 Aromatic Urethane Acrylate 1G 25,000 4800 1 49
@25C
CN999 Aromatic Urethane Acrylate 40 10.5 1,200 6900 2 51
Sarcryl® Functional Acrylic Oligomers - These oligomers improve adhesion and pigment
dispersion.
Sarcryl® Sarcryl® Functional 3.5G 7,240 1.4671 450 4 -15
CN816 Acrylic Oligomer @25C
Sarcryl® Sarcryl® Functional 3.5G 6,220 1.4666 450 4 -22
CN817 Acrylic Oligomer @25C
Sarcryl® Sarcryl® Functional 2.5G 6,560 1.5020 3000 44 3
CN818 Acrylic Oligomer @25C
Amine Modified Polyetheracrylate Oligomers - These oligomers are highly reactive and
can be used as sole binders or with other monomer diluents or oligomers.
CN501 Amine Modified Polyether 1G 64 1.4679 3400 7 24
Acrylate Oligomer @25C
CN502 Amine Modified Polyether 2G 100 3000 3 23
Acrylate Oligomer @25C
CN550 Amine Modified Polyether 1G 2,600 1.4704 1600 6 -10
Acrylate Oligomer @25C
CN551 Amine Modified Polyether 1G 525 1.4660 1000 16 23
Acrylate Oligomer @25C
Hydrophobic Oligomers - These oligomers offer excellent water resistance.
CN301 Polybutadiene 10G 8.070 890 700 15 -44
Dimethacrylate
CN303 Polybutadiene 9G 8.045 4,125 1.5072 505 25 -39
Dimethacrylate
24
Oligomers Typical Physical and Chemical Properties
n
io r
pt e .
en
ri l
ga
sc rd
x
e,
e
de
./
e y
a lu / g m
,
od it
bs ty C
lD G
In
al Va
s i 60 °
l
C r, or n
a y, d OH
ve
co
t ic io
lo A
uc it i s . at i
cti
ct °C
Ac g K
o
ns
m
d Vs
C PH
he g,
fra
n
o e
Pr Fu
cp
Re
m T
C D
A
Sarbox® Specialty Oligomers - These oligomers are aromatic acid methacrylate half
ester and aromatic acid acrylate half ester blends in solvent or monomer.
Sarbox® Aromatic Acid Methacrylate 140 9.35 18,884 1.4920 8 138
SB400 Half Ester in PM Alcohol Solvent @25C
Sarbox® Aromatic Acid Methacrylate 195 9.30 1,900 1.4910 8 138
SB401 Half Ester in EEP Ester Solvent
Sarbox® Aromatic Acid Methacrylate 134 9.24 14,780 1.4904 8 140
SB402 Half Ester in PM Alcohol/EEP @25C
Ester Solvents
Sarbox® Aromatic Acid Acrylate Half 185 9.33 5,170 1.4733 8 145
SB404 Ester in PM Acetate Solvent @25C
Sarbox® Aromatic Acid Acrylate Half 210 9.40 96,100 1.4811 8 94
SB405 Ester in PM Acetate Solvent @25C
Sarbox® Aromatic Acid Methacrylate 155 9.56 2,743 1.5005 8 122
SB500E50 Half Ester in SR454
Sarbox® Aromatic Acid Methacrylate 165 9.70 2,772 1.5045 8 131
SB500K60 Half Ester in SR344
Sarbox® Aromatic Acid Methacrylate 220 9.55 4,544 1.5020 4 185
SB510E35 Half Ester in SR454
Sarbox® Aromatic Acid Methacrylate 1G 9.64 800 1.5271 4 115
SB510M35 Half Ester in SR339
Sarbox® Aromatic Acid Acrylate 85 9.04 579 1.4683 4 178
SB520A20 Half Ester in SR306 @25C
Sarbox® Aromatic Acid Acrylate 215 9.63 5,332 1.5021 4 179
SB520E35 Half Ester in SR454
Sarbox® Aromatic Acid Acrylate 210 9.68 975 1.5338 4 181
SB520M35 Half Ester in SR339
Sarbox® Aromatic Acid Methacrylate 100 8.86 160 1.4766 8 115
SB600 Half Ester in Trifunctional M.A.
Low Viscosity Oligomers - These oligomers are low viscosity materials which offer
excellent overall property enhancement.
CN131 Low Viscosity 170 1.5250 1 2 13
Aromatic Monoacrylate @25C
CN131B Low Viscosity Acrylic Oligomer 100 1.5247 1 13
@25C
CN132 Low Viscosity 8G 1,000 1.4810 2 2 26
Diacrylate Oligomer @25C
CN133 Low Viscosity 5G 14,000 1.4910 3 2 60
Triacrylate Oligomer @25C
25
Oligomers Typical Physical and Chemical Properties
n
io er
pt l.
n
i
cr de a
x
/g e,
es ar
e
de
y lu / g m
s. ,
od it
ty C
lD G
In
al Va H
b s i 60 °
,l
C r, or n
a
ve
co
ct ic ty io
lo A id O
i s . at
cti
i ct °C
du Ac g K
o s
m Vs
C PH en
he g,
fra
n
o
Pr Fu
cp
Re
m T
C D
A
Low Viscosity Oligomers (continued)
CN135 Low Viscosity Oligomer 1G 9.5 330 1.5211 1 20
@25C
CN137 Low Viscosity Oligomer 2G 9.8 1,900 1 37
@25C
CN152 Low Viscosity Monoacrylate 2G 130 1 2
Oligomer @25C
Polyester Acrylate Oligomers - The polyester acrylate oligomers are designed for fast
cure, flexibility, and pigment wetting.
CN292 Low Viscosity Polyester 100 630 1.4653 4 1
Acrylate Oligomer @25C
CN293 Acrylated Polyester Oligomer 5.5G 7,700 6 21
@25C
CN294 Acrylated Polyester Oligomer 9G 9.5 4,000 4 31
CN296 Polyester Acrylate Oligomer 8G 8.9 2,000 6 37
CN704 Acrylated Polyester 1G 9.32 4,500 1.5186 2 <5 0
Adhesion Promoter
CN736 Chlorinated Polyester 1,500 3 53
Acrylate Oligomer
CN738 Chlorinated Polyester 1,500 3 52
Acrylate Oligomer
CN750 Polyester Acrylate Oligomer 3G 2,500 3 14 18
CN2100 Amine-Modified Epoxy 62 9.2 43,000 1.5005 2 63
Acrylate @25C
CN2101 Fatty Acid Modified 1G 43,000 1.5589 2 47
Epoxy Acrylate @25C
CN2200 Polyester Acrylate Oligomer 345 52,000 2 -20
@25C
CN2201 Chlorinated Polyester 4G 800 2 93
Acrylate Oligomer @65C
CN2203 Polyester Acrylate Oligomer 100 9.35 1,800 4 <5
CN2204 Epoxy Acrylate Oligomer 100 9.5 250 4 62
CN2205 Acrylic Oligomer/Monomer 3 1,400 4 2 42
Blend @65C
26
Oligomers Typical Physical and Chemical Properties
n
io er
pt l.
n
i
cr de a
x
/g e,
es ar
e
de
y lu / g m
s. ,
od it
ty C
lD G
In
al Va H
b s i 60 °
,l
C r, or n
a
ve
co
ct ic ty io
lo A id O
i s . at
cti
i ct
du °C
Ac g K
o s
m Vs
C PH en
he g,
fra
n
o
Pr Fu
cp
Re
m T
C D
A
CN2250 Polyester Acrylate Oligomer 60 10.15 1,800 1.5295 4 4 48
CN2251 Polyester Acrylate Oligomer 300 9.95 1,300 1.5296 3 3 37
CN2252 Polyester Acrylate Oligomer 130 9.95 2,200 1.5398 2 40
CN2253 Polyester Acrylate Oligomer 180 10.2 4,100 1.5374 4 45
CN2255 Polyester Acrylate Oligomer 3G 4,200 2
CN2256 Polyester Acrylate Oligomer 3G 11,000 2
CN2257 Polyester Acrylate Oligomer 60 9.5 1,800
CN2258 Polyester Acrylate Oligomer 110 1.13* 4,200 4
CN2259 Polyester Acrylate Oligomer 200 375 3
@70C
CN2260 Polyester Acrylate Oligomer 75 1,400 4
CN2261 Polyester Acrylate Oligomer 1G 2,200 4 8
CN2262 Acrylic Ester 1.10* 500 4
@25C
CN2270 Polyester Acrylate Oligomer 50 8.48 28 2 -19
@25C
CN2271E Polyester Acrylate Oligomer 150 8.56 65 2 42
@25C
CN2273 Polyester Acrylate Oligomer 35 8.11 150 2 -45
@25C
CN2274 Polyester Acrylate Oligomer 30 8.36 180 2 -22
@25C
CN2276 Polyester Acrylate Oligomer 6G 260 2
@25C
CN2279 Polyester Acrylate Oligomer 1.027 * 85 @25C 4
CN2281 Polyester Acrylate Oligomer 50 1.124* 953 @25C 35
1.16 Ξ
CN2282 Polyester Acrylate Oligomer 1G 85,000 @25C 4
CN2295 Polyester Acrylate Oligomer 9.3 3,000 6 27
CN2297 Polyester Acrylate Oligomer 4G 1.025* 2,500 @25C 6
CN2800 Acrylated Acrylic 2.5G 1.085# 43,000 2 -10
CN2900 Aliphatic Urethane Acrylate 65 9.28 1,542 3 60
CN2901 Aromatic Urethane Acrylate 1G 9 58,000 @25C 1.4903 24
CN2902 Aromatic Urethane Acrylate 0.5G 9 46,000 @25C 1.4903 34
* Specific gravity at 25°C
Ξ Density g/cm3
# Density lbs./gal.
27
Oligomers Typical Physical and Chemical Properties
n
io er
pt l.
n
i
cr de a
x
/g e,
es ar
e
de
y lu / g m
s. ,
od it
ty C
lD G
In
al Va H
b s i 25 °
,l
C r, or n
a
ve
co
ct ic ty io
lo A id O
i s . at
cti
i ct
du °C
Ac g K
o s
m Vs
C PH en
he g,
fra
n
o
Pr Fu
cp
Re
m T
C D
A
Metallic Acrylate Oligomers - This series of oligomers provides adhesion and ionic
crosslinking
CN2400 Metallic Acrylate 100 275
CN2401 Metallic Acrylate 50 1,800 1.4816
CN2402 Metallic Acrylate 50 240 1.4811
CN2470 Polyester Acrylate Blend 2.5G 28,000
Epoxy (Meth)Acrylate Oligomers - This series of oligomers offers fast cure, high
gloss, and hardness.
Epoxy Acrylates
CN104 Epoxy Acrylate 2G 9.83 18,900 1.5576 2 2 67
@49C
CN104A60 Epoxy Acrylate Blended 1G 1.1280 2,200 1.5342 2 56
with SR306
CN104A80 Epoxy Acrylate Blended 1G 9.57 36,100 1.5342 2 2 56
with SR306
CN104B80 Epoxy Acrylate Blended 1G 9.5 13,200 1.5358 2 2 63
with SR238
CN111 Epoxidized Soy Bean 4G 8.53 25,100 1.4824 3 10 -22
Oil Acrylate
CN112C60 Epoxy Novolac Acrylate 1G 9.74 57,900 1.5345 3 5 67
Blended with SR351
CN115 Modified Epoxy Acrylate 1G 9.7 4,000 1.5479 2 56
CN116 Modified Epoxy Acrylate 2G 9.47 2,500 1.5442 2 2 43
CN117 Modified Epoxy Acrylate 165 9.95 4,427 1.5235 2 51
@65C
CN118 Modified Epoxy Acrylate 390 9.47 3,089 1.5290 2 2 48
@65C
CN119 Modified Epoxy Acrylate <5G 9.8 1,750 1.5183 2 37
@65C
CN120 Epoxy Acrylate 1G 9.8 2,150 1.5556 2 1 60
@65C
CN120A75 Epoxy Acrylate Blended 1G 9.44 14,700 1.5276 2 1 61
with SR306
CN120A80 Epoxy Acrylate Blended <2G 27,500 2
with SR306 @25C
28
Oligomers Typical Physical and Chemical Properties
n
io er
pt l.
n
i
cr de a
x
/g e,
es ar
e
de
y lu / g m
s. ,
od it
ty C
lD G
In
al Va H
b s i 25 °
,l
C r, or n
a
ve
co
ct ic ty io
lo A id O
i s . at
cti
i ct
du °C
Ac g K
o s
m Vs
C PH en
he g,
fra
n
o
Pr Fu
cp
Re
m T
C D
A
CN120B60 Epoxy Acrylate Blended 1G 1.12 520 1.5134 2 72
with SR238
CN120B80 Epoxy Acrylate Blended 1G 8,900 1.5340 2 1 64
with SR238
CN120C60 Epoxy Acrylate Blended 1G 7,815 1.5205 2 1 81
with SR351
CN120C80 Epoxy Acrylate Blended 1G 800 1.5388 2 1
with SR351
CN120D80 Epoxy Acrylate Blended 1G 31,000 1.5359 2 1 67
with SR9020
CN120E50 Epoxy Acrylate Blended 1G 2,200 2 1 50
with SR454
CN120J90 Epoxy Acrylate Blended 2G 2,000 63
with SR506 @60C
CN120M50 Epoxy Acrylate Blended 150 9.359 445 1.5362 2 1 37
with SR339
CN120S80 Epoxy Acrylate Blended 3G 2,000 1.5547 2 80
with Styrene
CN121 Low Viscosity Epoxy Acrylate <65 9.9 57,500 1.5063 2 42
CN124 Epoxy Acrylate 1G 870,000 1.5563 2 <5 60
CN136 Modified Epoxy Acrylate <4G 9.8 1,600 1.5398 2 57
@65C
CNUVE Epoxy Acrylate Blended 2G 38,000 2 5 max 51
150/80 with 20% Tripropylene
Glycol Diacrylate
CNUVE151 Epoxy Acrylate 2G 150,000 2 5 max 51
Kayarad ® Phenol-Based Epoxy Novolac 11G max 15,000-20,000 3.3 3 max 72
EAM2160 Acrylate Blended with 50%
Trimethylolpropane Triacrylate
Kayarad ® Phenol-Based Epoxy Novolac 5G max 1,200-1,600 1.5007 3.3 3 max 74
EAM2300 Acrylate Blended with 70%
Trimethylolpropane Triacrylate
Kayarad® Bisphenol A-Based Epoxy 250 max 18,000-26,000 2 6 max 78
R190 Acrylate Blended with Diethylene
Glycol Dimethacrylate
Kayarad ® Phenol-Based Epoxy Novolac 9G max 7,000-10,000 2 4 max 55
R205 Blended with Neopentyl Glycol
Diacrylate and Ester Diol
Diacrylate Monomers
29
Oligomers Typical Physical and Chemical Properties
n
io er
pt l.
n
i
cr de a
x
/g e,
es ar
e
de
y lu / g m
s. ,
od it
ty C
lD G
In
al Va H
b s i 25 °
,l
C r, or n
a
ve
co
ct ic ty io
lo A id O
i s . at
cti
i ct
du °C
Ac g K
o s
m Vs
C PH en
he g,
fra
n
o
Pr Fu
cp
Re
m T
C D
A
Epoxy Acrylates (continued)
Kayarad® Acid Modified Tris 15G max 30,000-60,000 4 95-106 max
TCR1094 (Phenol Methane) Epoxy Acrylate
Oligomer in Diethylene Glycol
Monoethyl Ether Acetate (24.5%)
and Swasol 1500 (10.5%)
Kayarad ® Acid-Modified Tris 14G max 30,000-50,000 4 60-65 max
TCR1096 (Phenol Methane) Epoxy Acrylate
Oligomer in Diethylene Glycol
Monoethyl Ether Acetate (24.5%)
and Swasol 1800 (10.5%)
Epoxy Methacrylate
CN151 Epoxy Methacrylate 125 9.59 1,380 1.5500 2 10 68
@70C
Adhesion Promoting Oligomers - These oligomers allow provide ease of handling
and high peel strength.
Pressure Sensitive Adhesive Oligomers
CN3000 Aromatic Urethane 5G 8.79 600
Oligomer
CN3001 Aliphatic Urethane 5G 8.78 625
Oligomer
CN3002 Acrylic Monomer Blend 5G 8.7 200
CN3003 Acrylic Monomer Blend 6G 8.7 170
CN3004 Acrylic Monomer Blend 7G 8.7 110
Laminating Adhesive Oligomers
CN3100 Low Viscosity Oligomer 1G 9.66 370
CN3101 Acrylic Oligomer/ 1G 9.37 1,000
Monomer Blend
CN3102 Acrylic Oligomer/ 1G 8.75 180
Monomer Blend
CN3103 Acrylic Oligomer/ 1G 9.02 570
Monomer Blend
CN3104 Acrylic Oligomer/ 2G 9.57 3,300
Monomer Blend
CN3105 Low Viscosity Oligomer 1G 9.63 300
CN3106 Low Viscosity Oligomer 1G 9.64 325
30
Photoinitiators Typical Physical and Chemical Properties
n
io r
pt e
en
ri
ity
c d nm
av
es ar °C
e ,
od
° C Gr
ce m n, t,
ty °C
D G uo si 0 n
l
C n r, or oi
25 i c
i
ca t i m r pt
ra co t 2
ct
at e c i f
lo A
i P
a sa
p
u
Vi s.
o
e sh
m O bso
d C PH
pp
he
Sp
ro a
Fl
cp
A
P C A A
Photoinitiators - These materials are free radical initiators for ultraviolet curing.
Photoinitiators
BP Benzophenone off-white powder 250-350
SarcureTM SR1120 Benzil Dimethyl Ketal white crystalline 1.176 254-335
powder
SarcureTM SR1121 2-Hydroxy-2-Methyl-1-Phenyl clear slightly 1.075 210-330 55,000
Propanone yellow liquid
SarcureTM SR1122 1-Hydroxy-Cyclohexyl- white granular 1.17 200-300
Phenyl-Ketone powder
SarcureTM SR1124 Isopropyl Thioxanthone pale yellow 200
powder
SarcureTM SR1125 Ethyl 4-(Dimethylamino) Benzoate white or ivory 260-350
crystal
SarcureTM SR1126 SarcureTM SR1135 In a Stable white viscous
Water Emulsion liquid
SarcureTM SR1128 Blend of SarcureTM SR1130 orange - yellow 1.08 245-325
and TPGDA liquid
SarcureTM SR1129 Oligo (2-Hydroxy-2-Methyl -1-4 clear yellow 11G 1.1 263-325 45,000 110
(1-Methylvinyl) Phenyl Propanone and liquid
2-Hydroxy-2-Methyl-1-Phenyl-1-
Propanone (Monomeric)
SarcureTM SR1130 Oligo (2-Hydroxy-2-Methyl -1-4 orange - yellow 12G 244-320 110
(1-Methylvinyl) Phenyl Propanone and liquid
2-Hydroxy-2-Methyl-1-Phenyl-1-
Propanone (Polymeric)
SarcureTM SR1131 Oligo (2-Hydroxy-2-Methyl -1-4 white viscous 1.06 210-330 1750
(1-Methylvinyl) Phenyl Propanone liquid
(Emulsion)
SarcureTM SR1132 Oligo [2-Hydroxy-2-Methyl -1- clear yellow liquid 10G
[4- (1-Methylvinyl) Phenyl] Propanone]
and Trimethylolpropane Triacrylate
SarcureTM SR1133 Blend of SarcureTM SR1130 and clear light 6G 1.07 250-330 2,500 140
SarcureTM SR1137 yellow liquid
SarcureTM SR1134 Blend of SarcureTM SR1130 and viscous liquid 10G 1.08 65,000
SarcureTM SR1137
SarcureTM SR1135 Blend of Phosphine Oxide, liquid 7G 0.998 245-378S
SarcureTM SR1130 and
SarcureTM SR1137
SarcureTM SR1136 Blend of 4-Methylbenzophenone clear to light 1 200-300
and Benzophenone yellow liquid
31
Photoinitiators Typical Physical and Chemical Properties
n
io r
pt e
en
ri
ity
c d nm
av
es ar °C
e ,
od
° C Gr
ce m n, t,
ty °C
D G uo si 0 n
l
C n r, or oi
25 i c
i
ca t i m r pt
ra
ct co t 2
at e c i f
lo A
i P
a sa
u p
Vi s.
o
e sh
m O bso
d C PH
pp
he
Sp
ro a
Fl
cp
P A
C A A
Photoinitiators (continued)
SarcureTM SR1137 Blend of Trimethylbenzophenone clear liquid 80G 1.053 250-334 55,000 140
and Methylbenzophenone
Reactive Amine Synergists
CN371 Reactive Amine Coinitiator clear liquid 4G 1.106 1,488
CN373 Reactive Amine Coinitiator clear liquid 1G 1.138 2,700
CN383 Reactive Amine Coinitiator clear liquid 2G 0.9903 10
CN384 Reactive Amine Coinitiator clear liquid 3G 1.0534 100
CN386 Reactive Amine Coinitiator clear liquid 3G 1.0 25 100
32
Resins Typical Physical and Chemical Properties
n
)
io
x
,
r
pt t,
wa
ty
ne
i in vi
EV C
cr
A/
de e Po
in/ t, °
ra
t,
es ar uen
e
od in G
r es oin
e g
lD nc Gl in f ic C
po
r, to
C
en , °C
1:1 P
a ci °
ra
t s h OC
ic o%
(1: loud
c ft B
ol
a pe 20
a
du °C
Fl , C
C 50
pe So &
m St
he g,
o
C
p
Pr in F a T
C A R °
Norsolene Hydrocarbon Resins
Aliphatic Resins
Norsolene ® Hydrocarbon Resin yellow solid 5.6 97 70 >480 1.07 46.4
A90
Norsolene ® Hydrocarbon Resin yellow solid 5.6 104 72 >480 1.07 53.2
A100
Norsolene ® Hydrocarbon Resin yellow solid 5.6 108 78 >480 1.07 64.0
A110
Aromatic Resins
Norsolene ® Hydrocarbon Resin yellow solid 6.5 87 70 >480 1.07 45
S85
Norsolene ® Hydrocarbon Resin yellow solid 6.5 97 85 >480 1.07 46.3
S95
Norsolene ® Hydrocarbon Resin yellow solid 6.5 106 96 >480 1.07 53.5
S105
Norsolene ® Hydrocarbon Resin yellow solid 6.5 115 103 >480 1.07 64.5
S115
Norsolene ® Hydrocarbon Resin yellow solid 6.5 125 137 >480 1.07 71.1
S125
Norsolene ® Hydrocarbon Resin yellow solid 6.5 133 148 >480 1.07 81.7
S135
Norsolene ® Hydrocarbon Resin yellow solid 6.5 143 >180 >480 1.07 91.8
S145
Norsolene ® Hydrocarbon Resin yellow solid 6.5 152 >180 >480 1.07 103.9
S155
Norsolene ® Pure Monomer water white <1 90 >480 1.06
W90
Norsolene ® Pure Monomer water white <1 100 >480 1.06
W100
Norsolene ® Pure Monomer water white <1 110 >480 1.06
W110
33
Resins Typical Physical and Chemical Properties
,
ty
n i
tio os
c
ip
n ular
w ular
,
er s
r
Vi
r
sc ne b
t , M lec
t, M olec
e e ic
de u m /g
e
od at
c
lD
i g h Mo
ar
an
igh M
C NH
a em
t r
,G
ic i d KO
uc
We esin
We esin
a in
pe or c C
m °
d Ks
Ag
he g,
ol
o p
R
R
Pr ct
A T
C
C m
Styrene Maleic Anhydride Resins - These multi-functional resins are used in many
applications for improving heat resistance, gloss, dispersing pigments, stabilizing
emulsions, and improving sizing properties of paper.
Styrene Maleic Anhydride Base Resins
SMA ® 1000 Styrene Maleic powder (P) or 1 480 2,000 5,500 0.70 155
Anhydride Copolymer flake (F)
SMA ® 2000 Styrene Maleic powder (P) or 1 355 3,000 7,500 0.72 135
Anhydride Copolymer flake (F)
SMA ® 3000 Styrene Maleic powder (P), flake (F) or 1 285 3,800 9,500 0.80 125
Anhydride Copolymer ultra fine powder (UFP)
Styrene Maleic Anhydride Esters - base soluble, anionic pigment dispersants
SMA ® 1440 Styrene Maleic flake 2 185 2,800 7,000 60
Anhydride Copolymer
SMA ® 17352 Styrene Maleic powder (P) or 1 270 2,800 7,000 125
Anhydride Copolymer flake (F)
SMA ® 2625 Styrene Maleic powder (P) or 1 220 3,600 9,000 110
Anhydride Copolymer flake (F)
SMA ® 3840 Styrene Maleic flake 1 110 4,200 10,500 75
Anhydride Copolymer
SMA ® 31890 Styrene Maleic flake 1 100 4,300 10,700
Anhydride Copolymer
Styrene Maleic Anhydride Electric Flake (EF) Series - used in printed wiring boards and composites
SMA® EF30 Styrene Maleic flake 1 280 3,800 9,500 0.80 125
Anhydride Copolymer
SMA® EF40 Styrene Maleic flake 1 215 4,500 10,500 0.80 115
Anhydride Copolymer
Styrene Maleic Anhydride Imides - acid soluble, cationic resins for paper sizing, coatings and pigment
dispersions.
SMA ® 1000I Styrene Maleimide Resin pale-yellow solid <5 <1 2,200 5,000 85
SMA ® 2000I Styrene Maleimide Resin pale-yellow solid <5 <1 2,400 7,000 88
SMA ® 3000I Styrene Maleimide Resin pale-yellow solid <5 <1 3,000 8,500 90
SMA ® 4000I Styrene Maleimide Resin pale-yellow solid <5 <1 3,500 10,500 90
34
Resins Typical Physical and Chemical Properties
,
ty
n i
tio os
c
ip
n ular
w ular
,
er s
r
Vi
r
sc ne b
t , M lec
t, M olec
e e ic
de u m /g
e
od at
c
lD
i g h Mo
ar
an
igh M
C NH
a em
t r
,G
ic i d KO
uc
We esin
We esin
a in
pe or c C
m °
d Ks
Ag
he g,
ol
o p
R
R
Pr ct
A T
C
C m
Styrene Maleic Anhydride Hydrolyzed Solutions - Basic solutions of SMA Resins and Esters
SMA® Styrene Maleic Anhydride clear liquid 1 pH=8-9.5 2,000 5,500 % solids
1000H Copolymer Solution 37.5
SMA® Styrene Maleic Anhydride clear liquid 1 pH=8-11 2,000 5,500 % solids
1000HNa Copolymer Solution 40.0
SMA® Styrene Maleic Anhydride clear liquid 1 pH=8-9.5 3,000 7,500 % solids
2000H Copolymer Solution 22
SMA® Styrene Maleic Anhydride clear liquid 1 pH=8-9.5 3,800 9,500 % solids
3000H Copolymer Solution 15.0
SMA® Styrene Maleic Anhydride clear liquid 3 pH=8-9.7 2,800 7,000 % solids
1440H Copolymer Solution 33.5
SMA® Styrene Maleic Anhydride clear liquid 2 pH=8-9.5 2,800 7,000 % solids
17352H Copolymer Solution 25.0
SMA® Styrene Maleic Anhydride clear liquid 2 pH=8-9.5 3,600 9,000 % solids
2625H Copolymer Solution 19.2
Styrene Maleic Anhydride Amic Acid Resin - Neutral pH dispersant for metallic and difficult pigments
SMA® Styrene Maleic Anhydride clear liquid 1 pH=6.5-7.2 5,500 % solids
1000MA Amic Acid Resin 30
35
Resins Typical Physical and Chemical Properties
% yl
t,
t . -vin
on n
n
,M
ti , w 1,2 te
ht
ip n
re ;
r co
ig
t u ns
sc
ity
ity
e e
ca
e p
,
od t y ° C s t r u 4-tr ou
av
W rs
lD si ar gr g pe
C
Gr
,
a
c o t 2 5 i c r o s; 1 ul
t ic is
uc
C /
ific
Hl
is a ,°
ec yd
i O mo
m g
d ol
M 4-c
Vs
lor
he ol
ec
o T
Pr cp 1,
Co
Sp
m
C P
M
Polybutadiene Homopolymer, Copolymer and Derivatives
Low Vinyl Homopolymers of Butadiene
Ricon® 130 Polybutadiene 750 - ; - ; 20-35 2,500 0.89 3 max
Ricon® 131 Polybutadiene 2,750 - ; - ; 18-33 4,500 0.89 3
Ricon® 134 Polybutadiene 15,000 - ; - ; 20-35 8,000 0.89 3 max
Ricon® 142 Polybutadiene 9,750 - ; - ; 55 4,100 0.89 3 max
Poly bd® Hydroxyl Terminated 8,000 20; 60; 20 2,700 -75 0.85 2.5 0.901 10 APHA
R45HTLO Polybutadiene Resin § @23C @23C < 1G
5,000
@30C
Poly bd® Low Molecular Weight 1,400 20; 60; 20 1,230 -70 1.8 2 0.913 10 APHA
R20LM Hydroxyl Terminated @30C @23C < 1G
Polybutadiene Resin §
Medium Vinyl Homopolymers of Butadiene
Krasol® Krasol® Liquid Polybutadiene § 5,500 12.5; 22.5; 65 2,100 1.35 0.9
@20C �
LB2000
Krasol® Krasol® Liquid Polybutadiene § 8,000 12.5; 22.5; 65 3,000 1.35 0.9
@20C �
LB3000
Krasol® Krasol® Liquid Polybutadiene § 15,000 12.5; 22.5; 65 5,000 1.35 0.9
@20C �
LB5000
High Vinyl Homopolymers of Butadiene
Ricon® 150 Polybutadiene 40,000 -; - ; 70 3,900 0.89 3 max
Ricon® 150D 1,2 Polybutadiene Polymer 1.28
Dispersed on Synthetic
Calcium Silicate
Ricon® 150MS Polybutadiene 40,000 -; - ; 65 3,900 0.89 3 max
Ricon® 152 Polybutadiene 20,000 -; - ; 80 2,900 0.89 3 max
@45C
Ricon® 152D 1,2 Polybutadiene Polymer 1.28
Dispersed on Synthetic
Calcium Silicate
Ricon® 153 Polybutadiene 60,000 -; - ; 85 4,700 0.89 3 max
@45C
Ricon® 153D 1,2 Polybutadiene Polymer 1.35
Dispersed on Synthetic
Calcium Silicate
§ This resin is regulated by the United States Department of Commerce and may not be exported without license from that organization.
� Density g/cm3
36
Resins Typical Physical and Chemical Properties
l
. % viny t,
n t n
io Mn
, w 1,2- te
pt t, n
re ;
ri gh co
t u ns
c
ei
es
ity
ity
e c ra p
,
od ru t ou
av
ty W rs
lD s i 5 ° C o s t 1,4- r
gr g pe
C
Gr
la
a
co 2
t r
ic is
u
uc i s a t M i c cis;
°C /
ific
Hl
ec g, yd
O mo
m
d ol
Vs
lor
he ol
-
ec
o T
1,4
Pr cp
Co
Sp
m
C P
M
High Vinyl Homopolymers of Butadiene(continued)
Ricon® 154 Polybutadiene 250,000 -; - ; 90 5,200 0.89 3 max
@45C
Ricon® 154D 1,2 Polybutadiene Polymer 1.35
Dispersed on Synthetic
Calcium Silicate
Ricon® 154M Polybutadiene 250,000 -; - ; 85 5,200 0.89 3 max
@45C
Ricon® 156 Polybutadiene 1,600 -; - ; 70 1,400 0.89 3 max
Ricon® 157 Polybutadiene 6,000 -; - ; 70 1,800 0.89 3 max
Ricon® P30D Polymer Mixture with 1.4
Polybutadiene Dispersed
on Calcium Silicate
Hydroxyl Terminated Polybutadiene Resins
Krasol® Krasol ® Hydroxyl 13,000 12.5; 22.5; 65 2,100 -33 0.91 1.35 0.9
@20C �
LBH 2000 Terminated Polybutadiene §
(secondary OH)
Krasol® Krasol ® Hydroxyl 20,000 12.5; 22.5; 65 3,000 -40 0.64 1.35 0.9
@20C �
LBH 3000 Terminated Polybutadiene §
(secondary OH)
Krasol® Krasol ® Hydroxyl 29,000 12.5; 22.5; 65 5,000 -45 0.38 1.35 0.9
@20C �
LBH 5000 Terminated Polybutadiene §
(secondary OH)
Krasol® Krasol ® Hydroxyl 35,000 18; 17; 65 10,000 -50 0.19 1.1 0.9
@20C �
LBH10000 Terminated Polybutadiene § @50C
(secondary OH)
Krasol® Krasol ® Hydroxyl 13,000 12.5;22.5;65 2,100 -30 0.91 1.35 0.9
@20C �
LBH-P 2000 Terminated Polybutadiene §
(primary OH)
Krasol® Krasol ® Hydroxyl 20,000 12.5;22.5;65 3,200 -41 0.64 1.35 0.9
@20C �
LBH-P 3000 Terminated Polybutadiene §
(primary OH)
Krasol® Krasol ® Hydroxyl 29,000 12.5;22.5;65 5,300 -42 0.38 1.35 0.9
@20C �
LBH-P 5000 Terminated Polybutadiene §
(primary OH)
Poly bd® 600E Epoxidized Hydroxyl 7,000 max 1,350 -70 1.7 4.0 1.01
Terminated Polybutadiene @30C @23C
Resin §
Poly bd® 605E Epoxidized Hydroxyl 22,000 1,450 -70 1.74 4.5 1.01
Terminated Polybutadiene @30C @23C
Resin §
§ This resin is regulated by the United States Department of Commerce and may not be exported without license from that organization.
� Density g/cm3
37
Resins Typical Physical and Chemical Properties
% yl
t,
t . -vin
on n
n
,M
ti , w 1,2 te
ht
ip n
re ;
r co
ig
t u ns
sc
ity
ity
e e
ca
e p
,
od t y ° C s t r u 4-tr ou
av
W rs
lD si ar gr g pe
C
Gr
,
a
c o t 2 5 i c r o s; 1 ul
t ic is
uc
C /
ific
Hl
is a ,°
ec yd
i O mo
m g
d ol
M 4-c
Vs
lor
he ol
ec
o T
Pr cp 1,
Co
Sp
m
C P
M
Poly bd® LF-1 Hydroxyl Terminated 5,000 15; 46; 39 2,291 -67 0.87 2.9 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® LF-2 Hydroxyl Terminated 5,250 12; 35; 53 2,029 -57 0.89 2.67 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® LF-3 Hydroxyl Terminated 5,750 9; 27; 64 2,474 -48 0.9 1.7 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® LF-5 Hydroxyl Terminated 5,500 16; 45; 39 2,756 -69 0.8 2.52 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® LF-6 Hydroxyl Terminated 6,000 13; 36; 51 3,254 -57 0.75 1.84 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® LF-7 Hydroxyl Terminated 7,250 10; 27; 63 3,235 -50 0.7 1.5 0.9
@20C �
1,3-Butadiene Homopolymer § @30C
Poly bd® Low Molecular Weight 1,400 20; 60; 20 1,230 -70 1.8 2.0 0.913
R20LM Hydroxyl Terminated @30C @23C
Polybutadiene Resin §
Poly bd® Hydroxyl Terminated 8,000 20; 60; 20 2,700 -75 0.85 2.5 0.901
R45HTLO Polybutadiene Resin § @23C @23C
5,000
@30C
Random Copolymers of Butadiene and Styrene
Ricon® 100 Butadiene Styrene Random 40,000 -; -; 70 4,500 0.92 3 max
Copolymer @45C
Ricon® 120 Polybutadiene § 6,500 2,800 -75 2.5 2.5 0.901
@23C
Ricon® 181 Polybutadiene Styrene 17,500 -; -; 20-40% 3,200 0.9 3 max
Copolymer
Ricon® 184 Polybutadiene Styrene 75,000 -; -; 20-40% 8,600 0.9 3 max
Copolymer
Low Vinyl Maleinized Polybutadiene
Ricon ® Polybutadiene Adducted with 6,500 -; -; 20-35% 3,100 0.9
130MA8 Maleic Anhydride
Ricon ® Polybutadiene Adducted with 17,000 -; -; 20-35% 3,100 0.9
130MA13 Maleic Anhydride
Ricon ® Polybutadiene Adducted with 35,000 -; -; 20-35% 3,600 0.9
130MA20 Maleic Anhydride @55C
Ricon ® Polybutadiene Adducted with -; -; 18-33% 5,300 0.9 6 max
131MA5 Maleic Anhydride
§ This resin is regulated by the United States Department of Commerce and may not be exported without license from that organization.
� Density g/cm3
38
Resins Typical Physical and Chemical Properties
l t,
. % viny n
on t te
Mn
, w 1,2-
ti n
t, co
rip re ; gh
t u ns
c
ei up
es
ity
ity
e c ra
,
od ru t o
av
ty W s
gr
lD er
s i 5 ° C o s t 1,4- r
C
Gr
la
a sp
co 2
t r
ic O
u
uc i s a t M i c cis;
°C i
ific
ec g, C
yd
m
d ol
Vs N
he
lor
l
-
ec
o T
1,4 Po
Pr cp
Co
Sp
%
C M
Ricon® Polybutadiene Adducted with 48,000 -; -; 18-33% 5,000 0.91 9 max
131MA10 Maleic Anhydride
Ricon® Polybutadiene Adducted with 50,000 -; -; 18-33% 5,500 0.91
131MA17 Maleic Anhydride @45C
Ricon® Polybutadiene Adducted with -; -; 18-33% 7,500 0.91
131MA20 Maleic Anhydride
Ricon® Polybutadiene Adducted with 120,000 2,500 0.91
156MA17 Maleic Anhydride @55C
Ricon® Maleinized Polybutadiene -; -; 20-40% 9,900 0.91
184MA6 Styrene Copolymer
Isocyanate-Terminated Butadiene Prepolymers
Krasol® Krasol ® Isocyanate (TDI)- 95,000 3.4
LBD-2000 Terminated Prepolymer
Krasol® Krasol ® Isocyanate (TDI)- 120,000 3.0
LBD-3000 Terminated Prepolymer
Krasol® Krasol® Isocyanate (MDI)- 4.7
NN-3A Terminated Prepolymer
Krasol ® Krasol® Isocyanate (MDI)- 17,000 8.8 0.98
@20 C �
NN-22 Terminated Prepolymer
Krasol® Krasol® Isocyanate (MDI)- 1,700 4.5 0.94
@20 C �
NN-23 Terminated Prepolymer
Krasol ® Krasol® Isocyanate (MDI)- 1,200 11.5 1.0
@20 C �
NN-25 Terminated Prepolymer
Adhesion Promoting Butadiene Polymers - Laminating Resins
Ricon® 104H Butadiene Styrene Random 3,000 -; -; 73 10,000 0.83 3 max
Copolymer Solution
in Heptane
Ricon® 250 Polybutadiene Styrene 900 0.92
Divinylbenzene Graft
Terpolymer
Ricon® 257 Polybutadiene Styrene 900 0.92
Divinylbenzene Graft
Terpolymer
§ This resin is regulated by the United States Department of Commerce and may not be exported without license from that organization.
� Density g/cm3
39
Resins Typical Physical and Chemical Properties
l
. % viny t,
on t n
Mn
, w 1,2-
i te
pt t, n
re ;
ri gh co
t u ns
c
ei
es
ity
y
e c ra it
p
,
od ru t ou
av
ty W rs
lD s i 5 ° C o s t 1,4- r
gr g pe
C
Gr
la
a o2
t r
ic is
cu
c
uc i s a t M i c cis;
°C l/
ific
g, H yd
O mo
m le
d Vs
lor
he ol
-
ec
o o T
1,4
Pr cp
Co
Sp
m
C P
M
Adhesion Promoters for Sulfur Cure
Ricobond® 1031 Polybutadiene Adducted with 48,000 -; -; 18-33% 5,000 0.91 9 max
Maleic Anhydride
Ricobond® 1731 Polybutadiene Adducted with 50,000 -; -; 18-33% 5,500 0.91
Maleic Anhydride @45C
Ricobond® 2031 Polybutadiene Adducted with -; -; 18-33% 7,500 0.91
Maleic Anhydride
Ricacryl® 3100 Methacrylated Polybutadiene -; -; 25% 6,000 0.91
Ricacryl® 3500 Methacrylated Polybutadiene 65,000 -; -; 20-35% 6,000 0.9
@45C
8.3 typical �
Ricacryl® 3801 Methacrylated Polybutadiene 3,200
Adhesion Promoters for Peroxide Cure
Ricobond® Polybutadiene Adducted with 120,000 -; -; 70 2,500 0.91
1756 Maleic Anhydride @55C
Ricobond® 1,2 Polybutadiene Polymer 1.3
1756HS Adducted with Maleic Anhydride
Dispersed on Hydrated
Amorphous Silica
Ricacryl® 3500 Methacrylated Polybutadiene 65,000 -; -; 20-35% 6,000 0.9
@45C
8.3 typical �
Ricacryl® 3801 Methacrylated Polybutadiene 3,200
§ This resin is regulated by the United States Department of Commerce and may not be exported without license from that organization.
� Density g/cm3
40
Specialties Typical Physical and Chemical Properties
% yl
t,
t . -vin
on n
n
,M
ti , w 1,2 te
ht
ip n
re ;
r co
ig
t u ns
sc
ity
ity
e e
ca
e p
,
od t y ° C s t r u 4-tr ou
av
W rs
lD si ar gr g pe
C
Gr
,
a
c o t 2 5 i c r o s; 1 ul
t ic is
uc
C /
ific
Hl
is a ,°
ec yd
i O mo
m g
d ol
M 4-c
Vs
he
lor
ol
ec
o T
Pr cp 1,
Co
Sp
m
C P
M
Water Indicating Paste
Sargel® Water Indicating Paste
SR160
Plasticizers and Other Additives
SR322 Triethylene Glycol Diacetate 234 15
SR511 2-Hydroxyethylethylene 20
Urea (With Water)
SR512 2-Hydroxyethylethylene Urea 45
Wareflex ® Wareflex Dibutoxyethoxyethyl 10 1.016 4-5G
SR650 Adipate
Cryoflex ® Cryoflex Dibutoxyethoxyethyl 10 0.963 2G
SR660 Formal
41
TOXICOLOGY INFORMATION
As with any chemical, the potential health and safety hazards associated with Sartomer products should be
understood to ensure that they are used safely. Review each product’s Material Safety Data Sheet (MSDS), which
includes specific hazard and precautionary information, prior to working with these materials.
Should you require assistance in an emergency situation involving a Sartomer Company product, call us at 610-
692-8401, twenty-four hours a day.
MONOMERS:
- Skin & Eye Irritation: These products range from minimally irritating to corrosive in acute animal skin and eye
irritation tests. Methacrylates are generally less irritating than acrylates with a similar chemical structure.
Alkoxylated products are also generally less irritating than their non-alkoxylated counterparts. Monomers
may cause redness or rash, swelling and, in severe cases, blistering (burns) if skin contact occurs � the skin
irritation response will depend on the conditions of exposure and the irritation potential of the product. Symptoms
of skin irritation may be delayed.
- Oral Toxicity: These products are typically minimal ingestion hazards, as demonstrated in animal tests.
- Inhalation Toxicity: Liquid monomers are typically non-volatile and have high boiling points (> 150°C);
consequently, they do not pose an inhalation hazard at room temperature. However, aerosols or vapors which
can be generated from spraying or heating these materials, respectively, may cause upper respiratory tract
irritation if inhaled.
- Skin Sensitization: Some of these products have been shown to be skin sensitizers (substances which cause an
allergic skin reaction in susceptible individuals after repeated exposure) in animal tests. Cases of sensitization
in workers have been reported in the published literature for a limited number of products. It is important that
skin contact with these products be prevented to ensure that skin sensitization does not occur.
OLIGOMERS:
Most epoxy, urethane, and aromatic acid methacrylate oligomers tend to have low skin and eye irritation potential.
Skin ingestion, absorption and inhalation hazards are minimized because of their higher molecular weights compared
to most monomers. However, oligomers may be supplied as blends with monomers or solvents, therefore, the
hazards of monomers and solvents must also be considered when working with some oligomers. These hazards
will be listed on the product’s MSDS.
METALLIC COAGENTS:
Metallic coagents may cause skin irritation, particularly if skin contact is prolonged. Skin sensitization may also
occur. Most metallic coagents are supplied as powders—dust from these products, or vapors created by thermal
processing, may cause irritation of the respiratory tract and other mucous membranes. These products may also
cause severe eye irritation or may be corrosive to the eyes as demonstrated in animal tests. They are typically low
ingestion hazards.
M-CURE® PRODUCTS:
These products are irritating to the eyes and skin. The degree of eye and skin irritation varies with each product and
ranges from minimally irritating to corrosive as demonstrated in animal tests. Skin sensitization may also occur.
These materials are typically non-volatile; consequently, they are not expected to pose an inhalation hazard at room
42
temperature. However, aerosols or vapors which can be generated from spraying or heating these materials,
respectively, may cause upper respiratory tract irritation if inhaled. These materials are generally minimal ingestion
hazards.
PHOTOINITIATORS:
These products can be irritating to the eyes and skin and are generally minimal ingestion hazards. Photoinitiators
are supplied in solid and liquid forms � dust or vapors from these products may cause upper respiratory tract
irritation if inhaled.
AMINE ACRYLATES:
Amine acrylate products are irritating to the eyes and skin. The degree of eye and skin irritation varies with each
product and ranges from minimally irritating to corrosive as demonstrated in animal tests. Skin sensitization may
also occur. These materials are typically non-volatile; consequently, they are not expected to pose an inhalation
hazard at room temperature. However, aerosols or vapors which can be generated from spraying or heating these
materials, respectively, may cause upper respiratory tract irritation if inhaled. These materials are generally minimal
ingestion hazards.
NORSOLENE® PRODUCTS:
Most Norsolene® products are pelletized hydrocarbon resins that are low in acute toxicity. Due to their higher
molecular weights, they are not expected to be ingestion, inhalation or skin absorption hazards. Eye contact with
these materials or particulates generated from handling or processing these products may result in slight eye irritation.
Skin irritation may also occur upon prolonged contact with these materials. Skin contact with molten resin may
cause thermal burns.
Some Norsolene® resins are sold in a solvent solution and, therefore, the hazards of the solvent(s) must be considered
when handling these products. These hazards will be listed on the product’s MSDS. Refer to the MSDS(s) for
further details.
STYRENE-MALEIC ANHYDRIDE RESINS:
Some Styrene-Maleic Anhydride (SMA®) products are supplied in powdered or flake form � inhalation of dust
from handling or processing these products may cause irritation of the respiratory tract and other mucous membranes.
These materials may also cause eye and skin irritation. The degree of irritation varies with each product and ranges
from slightly irritating to severely irritating as demonstrated in animal tests. Some products elicited no irritation
response in these tests. Refer to the product’s MSDS for specific information. In addition, due to their higher
molecular weights, these resins are not expected to be ingestion or skin absorption hazards.
SMA® resins supplied as salts in a water solution may also be irritating to the eyes and skin. In addition, respiratory
tract irritation may occur upon exposure to vapors that are generated during the processing of these materials.
Some SMA® resins are reacted with an alcohol to form an ester. Due to their higher molecular weights, these
SMA® esters are not expected to be ingestion or skin absorption hazards. However, SMA® esters may cause eye,
skin and respiratory tract irritation. Hazards of the alcohol(s) used to manufacture these esters must also be
considered –the alcohols may be present in small amounts in the final product(s) and vapors from the alcohol(s)
may be released during processing. Refer to the product’s MSDS for specific information.
43
POLY BD®/RICON®/KRASOL® PRODUCTS
These products are polybutadiene and polybutadiene-based polymers. Due to their higher molecular weights,
these resins are not expected to be ingestion, inhalation or skin absorption hazards. They may cause slight eye and
skin irritation. In addition, respiratory tract irritation may occur upon exposure to vapors that may be generated
during processing.
Some Krasol® products are diisocyanate-based polybutadiene polymers. These products often contain free residual
diisocyanate at very low concentrations. Diisocyanates are known eye, skin and respiratory tract irritants and,
more notably, they are skin and respiratory sensitizers. Refer to the product’s MSDS to review the hazards of a
particular product and protective measures that can be implemented to handle the product safely.
GENERAL HANDLING PROCEDURES & PRECAUTIONS
As with all industrial chemicals, it is important to prevent exposure through the use of protective equipment, proper
work practices and engineering controls.
The following precautions should be observed for general handling practices:
- ensure a clean, well ventilated work environment;
- avoid skin contact by wearing impervious gloves;
- wear eye protection such as goggles;
- wear other protective equipment as appropriate;
- review the MSDS prior to working with a material.
· If skin contact does occur, wash affected areas immediately with soap and water. Rinse thoroughly. If eye
contact occurs, immediately flush the eye(s) with clean water for at least 15-20 minutes. Seek medical attention.
· Minimize the potential for dust explosion, which can be associated with handling organic powders, such as the
styrene-maleic anhydride resins, metallic coagents and solid photoinitiators. Eliminate and control ignition
sources and use good housekeeping practices during storage, transfer and handling of these products. These
same practices should also be applied to the pelletized Norsolene® resins.
For Monomers and Oligomers:
· Transfer liquid monomers and oligomers in stainless steel lined hoses. Tygon and other similar plastics can also
be utilized in transferring these materials.
· Avoid localized high temperatures in mixing and transferal procedures to avoid premature polymerization of
monomers and oligomers.
GENERAL STORAGE INFORMATION
All products should be stored indoors, out of direct sunlight, under room temperature conditions unless noted on
the MSDS. Products should be stored away from incompatible materials such as oxidizers and acids and away
from heat, sparks, open flame and other ignition sources. Contamination with foreign materials, such as iron or
copper must be avoided particularly when working with monomers and oligomers. Contact with moisture should
also be prevented.
44
All products should be used according the manufacturer’s instructions including adherence to shelf-life
recommendations.
For Monomers and Oligomers:
Monomers, oligomers, amine acrylates and M-Cure® products can polymerize prematurely under improper storage
conditions, hence, storage requirements for these materials are provided, in part, to prevent premature polymerization.
It is important to maintain a headspace in the storage containers to support the oxygen requirements of the inhibitor(s)
and prevent contamination of these products with iron or copper. Periodically checking inhibitor levels is also
recommended. Refer to the product’s MSDS for specific storage recommendations.
Refer to the MSDSs for specific storage recommendations for all Sartomer products.
FIRE HAZARDS & PRECAUTIONS
In the event of a fire, chemical products can become inhalation hazards � they can be carried by smoke; vapors
and combustion products from burning materials may be extremely irritating. In the case of monomer and oligomer
products, amine acrylates and M-Cure products, heat from a fire may also initiate an uncontrolled polymerization,
which can cause closed containers of these products to rupture, possibly spreading the fire.
Fire fighters should wear self-contained breathing apparatus in addition to eye, face and body protection. Extinguish
fires with dry chemical, foam, carbon dioxide, or water fog and spray from a safe distance or protected location.
Extinguishing media should be applied gently to styrene-maleic anhydride resins, metallic coagents, solid
photoinitiators and pelletized Norsolene® resins to avoid raising dust clouds, which can create an explosion risk.
Cool fire or heat exposed containers with water fog or spray from a safe distance.
GENERAL DISPOSAL PROCEDURES
Persons handling empty product containers should wear protective equipment and handle containers in an area
away from ignition sources because they may contain residual product. Recommended cleaning procedures for
empty steel drums include washing the containers with a strong soap and water solution, followed by a thorough
water rinse. If necessary, a 15% caustic solution followed by a water rinse can be used to further clean containers.
All wash and rinse solutions must be disposed of in accordance with federal, state and local regulations.
Properly inhibited monomers, oligomers, metallic coagents, amine acrylates, and M-Cure products are generally
not RCRA hazardous wastes. In addition, pelletized Norsolene® resin products, styrene-maleic anhydride products,
polybutadiene products and photoinitiators are generally not RCRA hazardous wastes. However, it is the
responsibility of the waste generator to determine if the product meets the criteria of a hazardous waste at the time
of disposal (see 40 CFR 261). Disposal options for these products include landfilling solids at permitted sites, fuel
blending or incinerating liquids. Disposal must comply with federal, state and local regulations. Metal recovery
should be considered for metallic coagents.
A few Sartomer products are considered RCRA hazardous wastes. For these materials, the waste classification is
listed on the product’s MSDS. Refer to the MSDS for a product to determine its waste classification. Contact
Sartomer if you need additional information.
45
Sartomer Products By Chemical Name
Chemical Name Code# Page# Chemical Name Code# Page#
Alkoxylated Cyclohexane
Monomers Dimethanol Diacrylate ........................................... CD582 .............. 1 0
Alkoxylated Diacrylate ........................................... CD802 .............. 1 0
Monofunctional Monomers Alkoxylated Hexane Diol Diacrylate ................... CD560 .............. 1 0
Alkoxylated Hexane Diol Diacrylate ................... CD561 .............. 1 0
Acrylate Monomers
Alkoxylated Hexane Diol Diacrylate ................... CD564 .............. 1 0
Alkoxylated Lauryl Acrylate ................................ CD9075 ............. 8
Alkoxylated Neopentyl Glycol Diacrylate .......... CD9043 ........... 1 0
Alkoxylated Phenol Acrylate ................................ CD9087 ............. 8
1, 3 Butylene Glycol Diacrylate ............................ SR212 ............... 1 1
Alkoxylated Phenol Acrylate ................................ CD9088 ............. 8
1, 4 Butanediol Diacrylate ..................................... SR213 ............... 1 1
Alkoxylated Nonyl Phenol Acrylate .................... SR614 ................. 9
Caprolactone Modified Neopentyl Glycol
Alkoxylated Tetrahydrofurfuryl Acrylate ............ CD611 ................ 8
Hydroxypivalate Diacrylate .................... Kayarad ® HX220 ......... 1 0
Aqueous Zinc Acrylate Functional Intermediate CD664 ................ 8
Caprolactone Modified Neopentyl Glycol
Aqueous Zinc Acrylate Functional Intermediate CD665 ................ 8
Hydroxypivalate Diacrylate .................... Kayarad ® HX620 ......... 1 0
Caprolactone Acrylate ............................................ SR495 ................. 8
Cyclohexane Dimethanol Diacrylate ................... CD406 .............. 1 0
Cyclic Trimethylolpropane Formal Acrylate ...... SR531 ................. 9
Diethylene Glycol Diacrylate ................................ SR230 ............... 1 1
2 (2-Ethoxyethoxy) Ethyl Acrylate .................... SR256 ................. 8
Dipropylene Glycol Diacrylate .............................. SR508 ............... 1 1
Ethoxylated4 Nonyl Phenol Acrylate .................. SR504 ................. 8
Ethoxylated3 Bisphenol A Diacrylate ................... SR349 ............... 1 1
High Purity Stearyl Acrylate .................................. CD586 ................ 8
Ethoxylated4 Bisphenol A Diacrylate ................... SR601 ............... 1 1
Isobornyl Acrylate ................................................... SR506 ................. 9
Ethoxylated 10 Bisphenol A Diacrylate .................. SR602 ............... 1 1
Isodecyl Acrylate ..................................................... SR395 ................. 8
Ethoxylated 30 Bisphenol A Diacrylate .................. CD9038 ........... 1 0
Isooctyl Acrylate ..................................................... SR440 ................. 8
1, 6 Hexanediol Diacrylate .................................... SR238 ............... 1 1
Lauryl Acrylate ........................................................ SR335 ................. 8
High Purity Tripropylene Glycol Diacrylate ...... SR306HP ......... 1 1
Methoxy Polyethylene Glycol (350)
Hydroxypivalaldehyde Modified
Monoacrylate ........................................................... CD551 ................ 8
Trimethylolpropane Diacrylate .............. Kayarad® R604 ............. 1 1
Methoxy Polyethylene Glycol (550)
Metallic Diacrylate .................................................. SR705 ............... 1 1
Monoacrylate ........................................................... CD553 ................ 8
Metallic Diacrylate .................................................. SR9016 ............. 1 1
Monofunctional Acid Ester .................................... CD9050 ............. 8
Modified Metallic Diacrylate ................................. SR706 ............... 1 1
Octyl/Decyl Acrylate .............................................. SR484 ................. 8
Neopentyl Glycol Diacrylate ................................. SR247 ............... 1 1
2-Phenoxyethyl Acrylate ....................................... SR339 ................. 8
Polyethylene Glycol (200) Diacrylate ................. SR259 ............... 1 1
Stearyl Acrylate ....................................................... SR257 ................. 8
Polyethylene Glycol (400) Diacrylate ................. SR344 ............... 1 1
Tetrahydrofurfuryl Acrylate .................................. SR285 ................. 8
Polyethylene Glycol (600) Diacrylate ................. SR610 ............... 1 1
Tridecyl Acrylate ..................................................... SR489D .............. 8
Propoxylated2 Neopentyl Glycol Diacrylate ....... SR9003 ............. 1 1
Tetraethylene Glycol Diacrylate ........................... SR268 ............... 1 1
Methacrylate Monomers
Triethylene Glycol Diacrylate ............................... SR272 ............... 1 1
Allyl Methacrylate .................................................. SR201 ................. 9
Tripropylene Glycol Diacrylate ............................ SR306 ............... 1 1
Ethoxylated Cetyl/Stearyl Methacrylate ............. CD569 ................ 9
Ethoxylated 2 Hydroxyethyl Methacrylate .......... CD570 ................ 9
Dimethacrylate Monomers
Ethoxylated 5 Hydroxyethyl Methacrylate .......... CD571 ................ 9
Ethoxylated 10 Hydroxyethyl Methacrylate ......... CD572 ................ 9 1, 3- Butylene Glycol Dimethacrylate ................. SR297 ............... 1 2
Ethoxylated 4 Nonyl Phenol Methacrylate .......... CD612 ................ 9 1, 4 Butanediol Dimethacrylate ............................ SR214 ............... 1 2
Ethoxytriglycol Methacrylate ............................... CD730 ................ 9 Cyclohexane Dimethanol Dimethacrylate .......... CD401 .............. 1 2
Glycidyl Methacrylate ............................................. SR379 ................. 9 Diethylene Glycol Dimethacrylate ....................... SR231 ............... 1 2
Isobornyl Methacrylate .......................................... SR423 ................. 9 Ethoxylated Bisphenol A Dimethacrylate ........... SR101 ............... 1 2
Isodecyl Methacrylate ............................................. SR242 ................. 9 Ethoxylated Bisphenol A Dimethacrylate ........... SR150 ............... 1 2
Lauryl Methacrylate ................................................ SR313 ................. 9 Ethoxylated 2 Bisphenol A Dimethacrylate .......... SR348 ............... 1 2
Metallic Monomethacrylate .................................. SR709 ............... 1 0 Ethoxylated 2 Bisphenol A Dimethacrylate .......... SR348L ............ 1 2
Methoxy Polyethylene Glycol (350) Ethoxylated 4 Bisphenol A Dimethacrylate .......... CD540 .............. 1 2
Monomethacrylate .................................................. CD550 ................ 9 Ethoxylated 6 Bisphenol A Dimethacrylate .......... SR541 ............... 1 2
Methoxy Polyethylene Glycol (550) Ethoxylated 8 Bisphenol A Dimethacrylate .......... CD542 .............. 1 2
Monomethacrylate .................................................. CD552 ................ 9 Ethoxylated 10 Bisphenol A Dimethacrylate ......... SR480 ............... 1 2
2-Phenoxyethyl Methacrylate .............................. SR340 ................. 9 Ethoxylated 30 Bisphenol A Dimethacrylate ......... SR9036 ............. 1 3
Polypropylene Glycol Monomethacrylate .......... SR604 ............... 1 0 Ethylene Glycol Dimethacrylate ........................... SR206 ............... 1 2
Propoxylated 2 Allyl Methacrylate ........................ CD513 ................ 9 1, 6 Hexanediol Dimethacrylate ........................... SR239 ............... 1 2
Stearyl Methacrylate ............................................... SR324 ................. 9 Metallic Dimethacrylate ......................................... SR708 ............... 1 3
Tetrahydrofurfuryl Methacrylate .......................... SR203 ................. 9 Methacrylated Polybutadiene ................................ Ricacryl ® 3100 1 2
Tridecyl Methacrylate ............................................ SR493D ............ 1 0 Neopentyl Glycol Dimethacrylate ........................ SR248 ............... 1 2
Polyethylene Glycol Dimethacrylate ................... SR210 ............... 1 2
Difunctional Monomers Polyethylene Glycol (400) Dimethacrylate ........ SR603 ............... 1 3
Polyethylene Glycol (600) Dimethacrylate ........ SR252 ............... 1 2
Diacrylate Monomers
Polyethylene Glycol (1000) Dimethacrylate ...... SR740 ............... 1 3
Acrylate Ester .......................................................... SR9045 ............. 1 1
Polypropylene Glycol (400) Dimethacrylate ..... SR644 ............... 1 3
Alkoxylated Aliphatic Diacrylate ......................... SR9209 ............. 1 1
Tetraethylene Glycol Dimethacrylate .................. SR209 ............... 1 2
Alkoxylated Cyclohexane
Triethylene Glycol Dimethacrylate ..................... SR205 ............... 1 2
Dimethanol Diacrylate ........................................... CD580 .............. 1 0
Alkoxylated Cyclohexane
Dimethanol Diacrylate ........................................... CD581 .............. 1 0
46
Chemical Name Code# Page#
Chemical Name Code# Page#
Aqueous Zinc Acrylate
Trifunctional Monomers
Functional Intermediate .......................................... CD665 .............. 1 6
Triacrylate Monomers
2 (2-Ethoxyethoxy) Ethyl Acrylate .................... SR256 ............... 1 6
Alkoxylated Trifunctional Acrylate Ester ........... SR9008 ............. 1 4
Ethoxylated 15 Trimethylolpropane Triacrylate . SR9035 ............. 1 6
Ethoxylated 3 Trimethylolpropane Triacrylate ... SR454 ............... 1 3
Ethoxylated 20 Teimethylolpropane Triacrylate . SR415 ............... 1 6
Ethoxylated 6 Trimethylolpropane Triacrylate ... SR499 ............... 1 4
Ethoxylated 30 Bisphenol A Dimethacrylate ......... SR9036 ............. 1 6
Ethoxylated 9 Trimethylolpropane Triacrylate ... SR502 ............... 1 4
Ethoxylated 30 Bisphenol A Diacrylate .................. CD9038 ........... 1 6
Ethoxylated 15 Trimethylolpropane Triacrylate . SR9035 ............. 1 4
Metallic Diacrylate .................................................. SR705 ............... 1 6
Ethoxylated 20 Trimethylolpropane Triacrylate . SR415 ............... 1 3
Metallic Diacrylate .................................................. SR9016 ............. 1 6
High Purity Ethoxylated 3 Trimethylolpropane
Metallic Dimethacrylate ......................................... SR708 ............... 1 6
Triacrylate ................................................................ SR454HP ......... 1 3
Methoxy Polyethylene Glycol (350)
High Purity Propoxylated3 Glyceryl
Monomethacrylate .................................................. CD550 .............. 1 5
Triacrylate ................................................................ SR9020HP ....... 1 4
Methoxy Polyethylene Glycol (350)
High Purity Trimethylolpropane Triacrylate .... SR351HP ......... 1 3
Monoacrylate ........................................................... CD551 .............. 1 5
Highly Propoxylated5.5 Glyceryl Triacrylate ....... CD9021 ........... 1 3
Methoxy Polyethylene Glycol (550)
Low Viscosity Trimethylolpropane
Monomethacrylate .................................................. CD552 .............. 1 5
Triacrylate ................................................................ SR351LV .......... 1 3
Methoxy Polyethylene Glycol (550)
Pentaerythritol Triacrylate ................................... SR444 ............... 1 3
Monoacrylate ........................................................... CD553 .............. 1 5
Propoxylated 3 Glyceryl Triacrylate ...................... SR9020 ............. 1 4
Polyethylene Glycol (200) Diacrylate ................. SR259 ............... 1 6
Propoxylated 3 Trimethylolpropane
Polyethylene Glycol (400) Diacrylate ................. SR344 ............... 1 6
Triacrylate ................................................................ SR492 ............... 1 4
Polyethylene Glycol (600) Diacrylate ................. SR610 ............... 1 6
Propoxylated 6 Trimethylolpropane
Polyethylene Glycol (400) Dimethacrylate ........ SR603 ............... 1 6
Triacrylate ................................................................ CD501 .............. 1 3
Polyethylene Glycol (600) Dimethacrylate ........ SR252 ............... 1 6
Trifunctional Acid Ester ......................................... CD9052 ........... 1 3
Polyethylene Glycol (1000) Dimethacrylate ...... SR740 ............... 1 6
Trifunctional Acrylate Ester .................................. SR9012 ............. 1 4
Trimethylolpropane Triacrylate ........................... SR351 ............... 1 3
Adhesion Promoting Monomers
Tris (2-Hydroxy Ethyl) Isocyanurate
Alkoxylated Nonyl Phenol Acrylate .................... SR614 ............... 1 7
Triacrylate ................................................................ SR368 ............... 1 3
Aqueous Zinc Acrylate
Tris (2-Hydroxy Ethyl) Isocyanurate
Functional Intermediate .......................................... CD664 .............. 1 6
Triacrylate ................................................................ SR368D ............ 1 3
Aqueous Zinc Acrylate
Functional Intermediate .......................................... CD665 .............. 1 7
Trimethacrylate Monomers
Alkoxylated Trifunctional Acrylate Ester ........... SR9008 ............. 1 7
Trifunctional Acid Ester ......................................... CD9051 ........... 1 4
Metallic Diacrylate .................................................. SR705 ............... 1 7
Trifunctional Methacrylate Ester ......................... SR9009 ............. 1 4
Metallic Diacrylate .................................................. SR9016 ............. 1 7
Trifunctional Methacrylate Ester ......................... SR9011 ............. 1 4
Metallic Dimethacrylate ......................................... SR708 ............... 1 7
Trimethylolpropane Trimethacrylate ................. SR350 ............... 1 4
Modified Metallic Diacrylate ................................. SR706 ............... 1 7
Monofunctional Acid Ester .................................... CD9050 ........... 1 7
Tetra and Pentafunctional Monomers
Saret® Modified Metallic Diacrylate ..................... Saret® SR633 ... 1 7
High Functionality Acrylate Monomers
Saret® Modified Metallic Dimethacrylate ............ Saret® SR634 ... 1 7
Caprolactone Modified Dipentaerythritol
Trifunctional Acid Ester ......................................... CD9051 ........... 1 7
Hexaacrylate ............................................... Kayarad ® DPCA20 ...... 1 5
Trifunctional Acid Ester ......................................... CD9052 ........... 1 7
Caprolactone Modified Dipentaerythritol
Trifunctional Acrylate Ester .................................. SR9012 ............. 1 7
Hexaacrylate ............................................... Kayarad ® DPCA60 ...... 1 5
Trifunctional Methacrylate Ester ......................... SR9009 ............. 1 7
Dipentaerythritol Pentaacrylate. .......................... SR399 ............... 1 4
Trifunctional Methacrylate Ester ......................... SR9011 ............. 1 7
Di-Trimethylolpropane Tetraacrylate ................. SR355 ............... 1 4
Ethoxylated 4 Pentaerythritol Tetraacrylate ....... SR494 ............... 1 5
M-Cure Resins
Low Viscosity Dipentaerythritol Pentaacrylate. SR399LV .......... 1 4
Aliphatic Acrylate Modifiers for
Pentaacrylate Ester ................................................. SR9041 ............. 1 5
Epoxy/Amine Systems ............................................ M-Cure ® 201 ... 1 7
Pentaerythritol Tetraacrylate ............................... SR295 ............... 1 4
Aliphatic Acrylate Modifiers for
Epoxy/Amine Systems ............................................ M-Cure ® 202 ... 1 7
High Functionality Methacrylate Monomers
Aliphatic Acrylate Modifiers for
Methacrylated Polybutadiene ....................... Ricacryl ® 3500 ......... 1 5
Epoxy/Amine Systems ............................................ M-Cure ® 300 ... 1 8
Methacrylated Polybutadiene ....................... Ricacryl ® 3801 ......... 1 5
Aliphatic Acrylate Modifiers for
Epoxy/Amine Systems ............................................ M-Cure ® 400 ... 1 8
High Performance Monomers
Aromatic Acrylate Modifiers for
Ethoxylated Bisphenol A Dimethacrylate ........... SR101 ............... 1 5
Epoxy/Amine Systems ............................................ M-Cure ® 100 ... 1 7
Ethoxylated Bisphenol A Dimethacrylate ........... SR150 ............... 1 5
Aromatic Acrylate Modifiers for
High Purity Ethoxylated 3 Trimethylol Propane
Epoxy/Amine Systems ............................................ M-Cure ® 200 ... 1 7
Triacrylate ................................................................ SR454HP ......... 1 5
Aromatic Urethane Acrylate Modifiers for
High Purity Propoxylated3 Glyceryl
Epoxy/Amine Systems ............................................ M-Cure ® 203 ... 1 8
Triacrylate…â?¦â?¦â?? ................................................. SR9020HP ....... 1 5
Metallic Acrylate Modifiers for
High Purity Trimethylolpropane Triacrylate .... SR351HP ......... 1 5
Epoxy/Amine Systems ............................................ M-Cure ® 204 ... 1 8
High Purity Tripropylene Glycol Diacrylate ...... SR306HP ......... 1 5
Scorch Retarding Monomers
Water Dispersible Monomers
Nitroso Scorch Retarding Monomers
Aqueous Zinc Acrylate
Saret® Crosslinking Agent (Trifunctional) .......... Saret® SR500 ... 1 8
Functional Intermediate .......................................... CD664 .............. 1 6
Saret® Crosslinking Agent (Trifunctional) .......... Saret® SR515 ... 1 8
47
Chemical Name Code# Page# Chemical Name Code# Page#
Non-Nitroso Scorch Retarding Monomers Trifunctional Urethane Acrylate
High Performance Difunctional Coagent ... Saret® SR516HP ...... 1 8 blended with SR238 ................................................. CN945B85 ....... 2 1
High Performance Trifunctional Coagent .. Saret ® SR517HP ...... 1 8 Urethane Acrylate ................................................... CN962 .............. 2 1
High Performance Trifunctional Coagent .. Saret ® SR519HP ...... 1 8 Urethane Acrylate ................................................... CN964 .............. 2 2
High Performance Difunctional Coagent ... Saret® SR521HP ...... 1 8 Urethane Acrylate ................................................... CN965 .............. 2 2
Saret® Crosslinking Agent (Difunctional) ... Saret® SR516 ............ 1 8 Urethane Acrylate ................................................... CN968 .............. 2 2
Saret® Crosslinking Agent (Difunctional) ... Saret® SR521 ............ 1 8 Urethane Acrylate ................................................... CN972 .............. 2 3
Saret® Crosslinking Agent (Difunctional) ... Saret® SR522 ............ 1 8 Urethane Acrylate ................................................... CN978 .............. 2 3
Saret® Crosslinking Agent (Trifunctional) . Saret® SR517 ............ 1 8 Urethane Acrylate ................................................... CN980 .............. 2 2
Saret® Crosslinking Agent (Trifunctional) . Saret® SR519 ............ 1 8 Urethane Acrylate ................................................... CN981 .............. 2 2
Saret® Modified Metallic Diacrylate ............ Saret® SR633 ............ 1 9 Urethane Acrylate ................................................... CN983 .............. 2 3
Saret® Modified Metallic Dimethacrylate ... Saret® SR634 ............ 1 9 Urethane Acrylate ................................................... CN984 .............. 2 3
Solid Elastomeric Coagent ............................ Saret ® SR75EPM2A 1 9 Urethane Acrylate ................................................... CN991 .............. 2 4
Solid Elastomeric Coagent ............................ Saret® SR75EPM2M 1 9 Urethane Acrylate blended with SR238 ................ CN963B80 ....... 2 1
Urethane Acrylate blended with SR238 ................ CN966B85 ....... 2 2
Urethane Acrylate blended with SR238 ................ CN981B88 ....... 2 2
Metallic Monomers
Urethane Acrylate blended with SR238 ................ CN982B88 ....... 2 2
Aqueous Zinc Acrylate Functional Intermediate CD664 .............. 1 9
Urethane Acrylate blended with SR238 ................ CN982B90 ....... 2 3
Aqueous Zinc Acrylate Functional Intermediate CD665 .............. 1 9
Urethane Acrylate blended with SR238 ................ CN985B88 ....... 2 3
Calcium Diacrylate .................................................. SR636 ............... 1 9
Urethane Acrylate blended with SR256 ................ CN961H81 ...... 2 1
Metallic Diacrylate .................................................. SR638 ............... 1 9
Urethane Acrylate blended with SR256 ................ CN966H90 ...... 2 2
Metallic Diacrylate .................................................. SR705 ............... 1 9
Urethane Acrylate blended with SR256 ................ CN970H75 ...... 2 3
Metallic Diacrylate .................................................. SR9016 ............. 1 9
Urethane Acrylate blended with SR256 ................ CN973H85 ...... 2 3
Metallic Dimethacrylate ......................................... SR708 ............... 1 9
Urethane Acrylate blended with SR268 ................ CN982P90 ....... 2 3
Metallic Monomethacrylate .................................. SR709 ............... 1 9
Urethane Acrylate blended with SR306 ................ CN963A80 ...... 2 1
Modified Metallic Diacrylate ................................. SR706 ............... 1 9
Urethane Acrylate blended with SR306 ................ CN964A85 ...... 2 2
Saret® Modified Metallic Diacrylate ..................... Saret® SR633 ... 1 9
Urethane Acrylate blended with SR306 ................ CN965A80 ...... 2 2
Saret® Modified Metallic Dimethacrylate ............ Saret® SR634 ... 1 9
Urethane Acrylate blended with SR306 ................ CN966A80 ...... 2 2
Solid Elastomeric Coagent ....................... Saret® SR75EPM2A ..... 1 9
Urethane Acrylate blended with SR306 ................ CN970A60 ...... 2 3
Solid Elastomeric Coagent ....................... Saret® SR75EPM2AX . 1 9
Urethane Acrylate blended with SR306 ................ CN971A80 ...... 2 3
Solid Elastomeric Coagent ....................... Saret® SR75EPM2M .... 1 9
Urethane Acrylate blended with SR306 ................ CN973A80 ...... 2 3
Solid Elastomeric Coagent ....................... Saret ® SR75EPM2MX . 1 9
Urethane Acrylate blended with SR306 ................ CN981A75 ...... 2 2
Urethane Acrylate blended with SR306 ................ CN982A75 ...... 2 2
P-Cure Monomers
Urethane Acrylate blended with SR351 ................ CN977C70 ....... 2 3
Acrylate Functional Monomer .............................. PC300 .............. 20
Urethane Acrylate blended with SR454 ................ CN961E75 ....... 2 1
Acrylate Functional Monomer .............................. PC303 .............. 20
Urethane Acrylate blended with SR454 ................ CN963E75 ....... 2 1
Aliphatic Dimethacrylate Monomer .................... PC101 .............. 20
Urethane Acrylate blended with SR454 ................ CN963E80 ....... 2 2
Aromatic Dimethacrylate Monomer .................... PC100 .............. 20
Urethane Acrylate blended with SR454 ................ CN964E75 ....... 2 2
Methacrylate Functional Monomer ...................... PC301 .............. 20
Urethane Acrylate blended with SR454 ................ CN970E60 ....... 2 3
Urethane Acrylate blended with SR454 ................ CN982E75 ....... 2 3
Oligomers Urethane Acrylate blended with SR504 ................ CN966R60 ....... 2 2
Urethane Acrylate blended with SR506 ................ CN963J85 ........ 2 2
Urethane (Meth)acrylate Oligomers Urethane Acrylate blended with SR506 ................ CN966J75 ........ 2 2
Aliphatic Urethane Acrylates Urethane Acrylate blended with SR506 ................ CN973J75 ........ 2 3
Aliphatic Allyl Oligomer ........................................ CN9101 ........... 2 1
Aliphatic Urethane Acrylate .................................. CN9002 ........... 2 1
Aliphatic Urethane Methacrylate
Aliphatic Urethane Acrylate .................................. CN9004 ........... 2 1
Urethane Methacrylate ........................................... CN1963 ........... 2 3
Aliphatic Urethane Acrylate .................................. CN9788 ........... 2 2
Aliphatic Urethane Acrylate .................................. CN9893 ........... 2 3
Sarcryl® Functional Acrylic Oligomers
Aliphatic Urethane Acrylate .................................. CN996 .............. 2 3
Sarcryl® Functional Acrylic Oligomer ......... Sarcryl® CN816 ....... 2 4
Aliphatic Urethane Acrylate blended
Sarcryl® Functional Acrylic Oligomer ......... Sarcryl® CN817 ....... 2 4
with SR238 ................................................................ CN944B85 ....... 2 1
Sarcryl® Functional Acrylic Oligomer ......... Sarcryl® CN818 ....... 2 4
Aliphatic Urethane Acrylate Oligomer ................ CN9001 ........... 2 1
Aliphatic Urethane Diacrylate Oligomer
Amine Modified Polyetheracrylate Oligomers
with Acrylate Monomer Diluent ........................... CN959 .............. 2 1
Aromatic Urethane Acrylates Amine Modified Polyether Acrylate .................... CN501 .............. 2 4
Aromatic Urethane Acrylate ................................. CN9782 ........... 2 4 Amine Modified Polyether Acrylate .................... CN502 .............. 2 4
Aromatic Urethane Acrylate ................................. CN9783 ........... 2 4 Amine Modified Polyether Acrylate .................... CN550 .............. 2 4
Aromatic Urethane Acrylate ................................. CN992 .............. 2 4 Amine Modified Polyether Acrylate .................... CN551 .............. 2 4
Aromatic Urethane Acrylate ................................. CN994 .............. 2 4
Aromatic Urethane Acrylate ................................. CN997 .............. 2 4 Hydrophobic Oligomers
Aromatic Urethane Acrylate ................................. CN999 .............. 2 4 Polybutadiene Dimethacrylate .............................. CN301 .............. 2 4
Brominated Urethane Acrylate Oligomer ............ CN902J75 ........ 2 1 Polybutadiene Dimethacrylate .............................. CN303 .............. 2 4
Hexafunctional Urethane Acrylate ....................... CN975 .............. 2 3
Siliconized Urethane Acrylate Oligomer .............. CN990 .............. 2 4
Sarbox® Specialty Oligomers
Trifunctional Urethane Acrylate ........................... CN929 .............. 2 1
Aromatic Acid Acrylate Half Ester in
Trifunctional Urethane Acrylate
PM Acetate Solvent ....................................... Sarbox® SB404 ......... 2 5
blended with SR306 ................................................. CN945A60 ...... 2 1
48
Chemical Name Code# Page# Chemical Name Code# Page#
Aromatic Acid Acrylate Half Ester Polyester Acrylate Oligomer ................................. CN2261 ........... 2 7
in PM Acetate Solvent ................................... Sarbox® SB405 ......... 2 5 Polyester Acrylate Oligomer ................................. CN2270 ........... 2 7
Aromatic Acid Acrylate Half Ester Polyester Acrylate Oligomer ................................. CN2271E ......... 2 7
in SR339 ........................................................... Sarbox® SB520M35 . 2 5 Polyester Acrylate Oligomer ................................. CN2273 ........... 2 7
Aromatic Acid Acrylate Half Ester Polyester Acrylate Oligomer ................................. CN2274 ........... 2 7
in SR454 ........................................................... Sarbox ® SB520E35 .. 2 5 Polyester Acrylate Oligomer ................................. CN2276 ........... 2 7
Aromatic Acid Methacrylate Half Ester Polyester Acrylate Oligomer ................................. CN2279 ........... 2 7
in EEP Ester Solvent ..................................... Sarbox® SB401 ......... 2 5 Polyester Acrylate Oligomer ................................. CN2295 ........... 2 7
Aromatic Acid Methacrylate Half Ester
in PM Alcohol/EEP Ester Solvents ............. Sarbox® SB402 ......... 2 5 Metallic Acrylate Oligomers
Aromatic Acid Methacrylate Half Ester Metallic Acrylate ..................................................... CN2400 ........... 28
in PM Alcohol Solvent .................................. Sarbox® SB400 ......... 2 5 Metallic Acrylate ..................................................... CN2401 ........... 28
Aromatic Acid Acrylate Half Ester Metallic Acrylate ..................................................... CN2402 ........... 28
in SR306 ........................................................... Sarbox® SB520A20 . 2 5 Polyester Acrylate Blend ........................................ CN2470 ........... 28
Aromatic Acid Methacrylate Half Ester
in SR344 ........................................................... Sarbox ® SB500K60 . 2 5
Epoxy (Meth)Acrylate Oligomers
Aromatic Acid Methacrylate Half Ester
Epoxy Acrylates
in SR454 ........................................................... Sarbox ® SB500E50 .. 2 5
Acid Modified Tris (Phenol Methane)
Aromatic Acid Methacrylate Half Ester
Epoxy Acrylate Oligomer in Diethylene Glycol
in SR454 ........................................................... Sarbox ® SB510E35 .. 2 5
Monoethyl Ether Acetate (24.5%) and
Aromatic Acid Methacrylate Half Ester
Swasol 1500 (10.5%) ................................ Kayarad ® TCR1094 ..... 3 0
in SR339 ........................................................... Sarbox ® SB510M35 . 2 5
Acid Modified Tris (Phenol Methane) Epoxy Acrylate Oligomer
Aromatic Acid Methacrylate Half Ester
in Diethylene Glycol Monoethyl Ether Acetate (24.5%) and
in Trifunctional M.A. .................................... Sarbox® SB600 ......... 2 5
Swasol 1800 (10.5%) ................................ Kayarad ® TCR1096 ..... 3 0
Bisphenol A-based Epoxy Acrylate blended with
Low Viscosity Oligomers
Diethylene Glycol Dimethacrylate ......... Kayarad® R190 ............. 2 9
Low Viscosity Acrylic Oligomer ............................ CN131B ........... 2 5
Epoxidized Soy Bean Oil Acrylate ........................ CN111 .............. 2 8
Low Viscosity Diacrylate Oligomer ...................... CN132 .............. 2 5
Epoxy Acrylate ........................................................ CN104 .............. 2 8
Low Viscosity Aromatic Monoacrylate ................ CN131 .............. 2 5
Epoxy Acrylate ........................................................ CN120 .............. 2 8
Low Viscosity Monoacrylate Oligomer ................ CN152 .............. 2 6
Epoxy Acrylate ........................................................ CN124 .............. 2 9
Low Viscosity Oligomer .......................................... CN135 .............. 2 6
Epoxy Acrylate ........................................................ CNUVE151 ..... 2 9
Low Viscosity Oligomer .......................................... CN137 .............. 2 6
Epoxy Acrylate blended with
Low Viscosity Triacrylate Oligomer ..................... CN133 .............. 2 5
20% Tripropylene Glycol Diacrylate ................... CNUVE150/80 2 9
Low Viscosity Epoxy Acrylate .............................. CN121 .............. 2 9
Polyester Acrylate Oligomers Modified Epoxy Acrylate ....................................... CN136 .............. 2 9
Aliphatic Urethane Acrylate .................................. CN2900 ........... 2 7 Epoxy Acrylate blended with SR238 .................... CN104B80 ....... 2 8
Polyester Acrylate Oligomer ................................. CN2281 ........... 2 7 Epoxy Acrylate blended with SR238 .................... CN120B60 ....... 2 9
Polyester Acrylate Oligomer ................................. CN2282 ........... 2 7 Epoxy Acrylate blended with SR238 .................... CN120B80 ....... 2 9
Polyester Acrylate Oligomer ................................. CN2297 ........... 2 7 Epoxy Acrylate blended with SR306 .................... CN104A60 ...... 2 8
Acrylated Acrylic ..................................................... CN2800 ........... 2 7 Epoxy Acrylate blended with SR306 .................... CN104A80 ...... 2 8
Acrylated Polyester Adhesion Promoter ............. CN704 .............. 2 6 Epoxy Acrylate blended with SR306 .................... CN120A75 ...... 2 8
Acrylated Polyester Oligomer ............................... CN293 .............. 2 6 Epoxy Acrylate blended with SR306 .................... CN120A80 ...... 2 8
Acrylated Polyester Oligomer ............................... CN294 .............. 2 6 Epoxy Acrylate blended with SR339 .................... CN120M50 ..... 2 9
Acrylic Ester ............................................................. CN2262 ........... 2 7 Epoxy Acrylate blendrd with SR351 ..................... CN120C60 ....... 2 9
Acrylic Oligomer/Monomer Blend ........................ CN2205 ........... 2 6 Epoxy Acrylate blended with SR351 .................... CN120C80 ....... 2 9
Amine Modified Epoxy Acrylate .......................... CN2100 ........... 2 6 Epoxy Acrylate blended with SR454 .................... CN120E50 ....... 2 9
Aromatic Urethane Acrylate ................................. CN2901 ........... 2 7 Epoxy Acrylate blended with SR506 .................... CN120J90 ........ 2 9
Aromatic Urethane Acrylate ................................. CN2902 ........... 2 7 Epoxy Acrylate blended with SR9020 .................. CN120D80 ...... 2 9
Chlorinated Polyester Acrylate Oligomer ............ CN2201 ........... 2 6 Epoxy Acrylate blended with Styrene .................. CN120S80 ....... 2 9
Chlorinated Polyester Acrylate Oligomer ............ CN736 .............. 2 6 Epoxy Novolac Acrylate blended
Chlorinated Polyester Acrylate Oligomer ............ CN738 .............. 2 6 with SR351 ................................................................ CN112C60 ....... 2 8
Epoxy Acrylate Oligomer ....................................... CN2204 ........... 2 6 Modified Epoxy Acrylate ....................................... CN115 .............. 2 8
Fatty Acid Modified Epoxy Acrylate ................... CN2101 ........... 2 6 Modified Epoxy Acrylate ....................................... CN116 .............. 2 8
Low Viscosity Polyester Acrylate Oligomer ........ CN292 .............. 2 6 Modified Epoxy Acrylate ....................................... CN117 .............. 2 8
Polyester Acrylate Oligomer ................................. CN296 .............. 2 6 Modified Epoxy Acrylate ....................................... CN118 .............. 2 8
Polyester Acrylate Oligomer ................................. CN750 .............. 2 6 Modified Epoxy Acrylate ....................................... CN119 .............. 2 8
Polyester Acrylate Oligomer ................................. CN2200 ........... 2 6 Phenol-Based Epoxy Novolac Acrylate
Polyester Acrylate Oligomer ................................. CN2203 ........... 2 6 blended with 50% Trimethylolpropane
Polyester Acrylate Oligomer ................................. CN2250 ........... 2 7 Triacrylate .................................................. Kayarad ® EAM2160 .... 2 9
Polyester Acrylate Oligomer ................................. CN2251 ........... 2 7 Phenol-Based Epoxy Novolac Acrylate
Polyester Acrylate Oligomer ................................. CN2252 ........... 2 7 blended with 70% Trimethylolpropane
Polyester Acrylate Oligomer ................................. CN2253 ........... 2 7 Triacrylate .................................................. Kayarad ® EAM2300 .... 2 9
Polyester Acrylate Oligomer ................................. CN2255 ........... 2 7 Phenol-Based Epoxy Novolac blended with
Polyester Acrylate Oligomer ................................. CN2256 ........... 2 7 Neopentyl Glycol Diacrylate and Ester Diol
Polyester Acrylate Oligomer ................................. CN2257 ........... 2 7 Diacrylate Monomers ............................... Kayarad® R205 ............. 2 9
Polyester Acrylate Oligomer ................................. CN2258 ........... 2 7
Polyester Acrylate Oligomer ................................. CN2259 ........... 2 7 Epoxy Methacrylate
Polyester Acrylate Oligomer ................................. CN2260 ........... 2 7 Epoxy Methacrylate ............................................... CN151 .............. 3 0
49
Chemical Name Code# Page# Chemical Name Code# Page#
Aromatic Resins
Adhesion Promoting Oligomers
Hydrocarbon Resin ......................................... Norsolene ® S85 ........ 3 3
Pressure Sensitive Adhesive Oligomers
Hydrocarbon Resin ......................................... Norsolene ® S95 ........ 3 3
Acrylic Monomer Blend ......................................... CN3002 ........... 30
Hydrocarbon Resin ......................................... Norsolene ® S105 ...... 3 3
Acrylic Monomer Blend ......................................... CN3003 ........... 30
Hydrocarbon Resin ......................................... Norsolene ® S115 ...... 3 3
Acrylic Monomer Blend ......................................... CN3004 ........... 30
Hydrocarbon Resin ......................................... Norsolene ® S125 ...... 3 3
Aliphatic Urethane Oligomer ................................ CN3001 ........... 30
Hydrocarbon Resin ......................................... Norsolene ® S135 ...... 3 3
Aromatic Urethane Oligomer ................................ CN3000 ........... 30
Hydrocarbon Resin ......................................... Norsolene ® S145 ...... 3 3
Hydrocarbon Resin ......................................... Norsolene ® S155 ...... 3 3
Laminating Adhesive Oligomers
Pure Monomer ................................................ Norsolene ® W90 ...... 3 3
Acrylic Oligomer/Monomer Blend ........................ CN3101 ........... 30
Pure Monomer ................................................ Norsolene ® W100 .... 3 3
Acrylic Oligomer/Monomer Blend ........................ CN3102 ........... 30
Pure Monomer ................................................ Norsolene ® W110 .... 3 3
Acrylic Oligomer/Monomer Blend ........................ CN3103 ........... 30
Acrylic Oligomer/Monomer Blend ........................ CN3104 ........... 30
Styrene Maleic Anhydride Resins
Low Viscosity Oligomer .......................................... CN3100 ........... 30
Styrene Maleic Anhydride Base Resins
Low Viscosity Oligomer .......................................... CN3105 ........... 30
Styrene Maleic Anhydride Copolymer ................. SMA ® 1000 ...... 3 4
Low Viscosity Oligomer .......................................... CN3106 ........... 30
Styrene Maleic Anhydride Copolymer ................. SMA ® 2000 ...... 3 4
Styrene Maleic Anhydride Copolymer ................. SMA ® 3000 ...... 3 4
Photoinitiators
Styrene Maleic Anhydride Esters
Photoinitiators Styrene Maleic Anhydride Copolymer ................. SMA ® 1440 ...... 3 4
2-Hydroxy-2-Methyl-1-Phenyl Styrene Maleic Anhydride Copolymer ................. SMA ® 17352 ... 3 4
Propanone ....................................................... SarcureTM SR1121 .... 3 1 Styrene Maleic Anhydride Copolymer ................. SMA ® 2625 ...... 3 4
1-Hydroxy-Cyclohexyl-Phenyl-Ketone ..... SarcureTM SR1122 .... 3 1 Styrene Maleic Anhydride Copolymer ................. SMA ® 3840 ...... 3 4
Benzil Dimethyl Ketal ................................... SarcureTM SR1120 .... 3 1 Styrene Maleic Anhydride Copolymer ................. SMA ® 31890 ... 3 4
Benzophenone ................................................. BP .............................. 3 1
Blend of 4-Methylbenzophenone and Styrene Maleic Anhydride EF Series
Benzophenone ................................................. SarcureTM SR1136 .... 3 1 Styrene Maleic Anhydride Copolymer ................. SMA® EF30 ..... 3 4
Blend of Phosphine Oxide, Sarcure TM SR1130 Styrene Maleic Anhydride Copolymer ................. SMA® EF40 ..... 3 4
and SarcureTM SR1137 ..................................... SarcureTM SR1135 .... 3 1
Blend of SarcureTM SR1130 and Styrene Maleic Anhydride Imides
SarcureTM SR1137 ............................................ SarcureTM SR1133 .... 3 1 Styrene Maleimide Resin ........................................ SMA ® 1000I .... 3 4
Blend of SarcureTM SR1130 and Styrene Maleimide Resin ........................................ SMA ® 2000I .... 3 4
SarcureTM SR1137 ............................................ SarcureTM SR1134 .... 3 1 Styrene Maleimide Resin ........................................ SMA ® 3000I .... 3 4
Blend of SarcureTM SR1130 and TPGDA ..... SarcureTM SR1128 .... 3 1 Styrene Maleimide Resin ........................................ SMA ® 4000I .... 3 4
Blend of Trimethylbenzophenone and
Methylbenzophenone .................................... SarcureTM SR1137 .... 3 2 Styrene Maleic Anhydride Hydrolyzed Solutions
Ethyl 4-(Dimethylamino) Benzoate ............ SarcureTM SR1125 .... 3 1 Styrene Maleic Anhydride
Isopropyl Thioxanthone ............................... SarcureTM SR1124 .... 3 1 Copolymer Solution ....................................... SMA ® 1000H ........... 3 5
Oligo (2-Hydroxy-2-Methyl-1-4 (1-Methylvinyl) Styrene Maleic Anhydride
Phenyl Propanone (Emulsion) ..................... SarcureTM SR1131 .... 3 1 Copolymer Solution ....................................... SMA ® 1000HNa ....... 3 4
Oligo [2-Hydroxy-2-Methyl-1-[4- (1-Methylvinyl) Styrene Maleic Anhydride
Phenyl] Propanone] and Trimethylolpropane Copolymer Solution ....................................... SMA ® 2000H ........... 3 4
Triacrylate ....................................................... SarcureTM SR1132 .... 3 1 Styrene Maleic Anhydride
Oligo (2-Hydroxy-2-Methyl-1-4 (1-Methylvinyl) Phenyl Copolymer Solution ....................................... SMA ® 3000H ........... 3 5
Propanone and 2-Hydroxy-2-Methyl-1-Phenyl-1- Styrene Maleic Anhydride
Propanone (Monomeric) ............................... SarcureTM SR1129 .... 3 1 Copolymer Solution ....................................... SMA ® 1440H ........... 3 5
Oligo (2-Hydroxy-2-Methyl-1-4 (1-Methylvinyl) Phenyl Styrene Maleic Anhydride
Propanone and 2-Hydroxy-2-Methyl-1-Phenyl-1- Copolymer Solution ....................................... SMA ® 17352H ......... 3 5
Propanone (Polymeric) ................................. SarcureTM SR1130 .... 3 1 Styrene Maleic Anhydride
SarcureTM SR1135 in a Stable Copolymer Solution ....................................... SMA ® 2625H ........... 3 5
Water Emulsion ............................................... SarcureTM SR1126 .... 3 1
Styrene Maleic Anhydride Amic Acid Resin
Reactive Amine Synergists Styrene Maleic Anhydride
Amic Acid Resin .............................................. SMA ® 1000MA ........ 3 5
Reactive Amine Coinitiator ................................... CN371 .............. 32
Reactive Amine Coinitiator ................................... CN373 .............. 32
Reactive Amine Coinitiator ................................... CN383 .............. 32
Polybutadiene Homopolymer, Copolymer and Derivatives
Reactive Amine Coinitiator ................................... CN384 .............. 32
Low Vinyl Homopolymers of Butadiene
Reactive Amine Coinitiator ................................... CN386 .............. 32
Hydroxyl Terminated Polybutadiene
Resin .................................................................. Poly bd® R45HTLO 3 6
Resins Low Molecular Weight Hydroxyl Terminated
Polybutadiene Resin ....................................... Poly bd® R20LM ..... 3 6
Norsolene Hydrocarbon Resins Polybutadiene .................................................. Ricon ® 130 ............... 3 6
Polybutadiene .................................................. Ricon ® 131 ............... 3 6
Aliphatic Resins
Polybutadiene .................................................. Ricon ® 134 ............... 3 6
Hydrocarbon Resin ......................................... Norsolene® A90 ....... 3 3
Polybutadiene .................................................. Ricon ® 142 ............... 3 6
Hydrocarbon Resin ......................................... Norsolene ® A100 ..... 3 3
Hydrocarbon Resin ......................................... Norsolene ® A110 ..... 3 3
50
Chemical Name Code# Page# Chemical Name Code# Page#
Medium Vinyl Homopolymers of Butadiene
Low Vinyl Maleinized Polybutadiene
®
Krasol Liquid Polybutadiene ........................ Krasol ® LBH2000 ... 3 6
Maleinized Polybutadiene
®
Krasol Liquid Polybutadiene ........................ Krasol ® LBH3000 ... 3 6
Styrene Copolymer ........................................ Ricon ® 184MA6 ...... 3 9
®
Krasol Liquid Polybutadiene ........................ Krasol ® LBH5000 ... 3 6
Polybutadiene Adducted with
Maleic Anhydride ............................................ Ricon ® 130MA8 ...... 3 8
High Vinyl Homopolymers of Butadiene
Polybutadiene Adducted with
1,2 Polybutadiene Polymer Dispersed on
Maleic Anhydride ............................................ Ricon ® 130MA13 .... 3 8
Synthetic Calcium Silicate ...................................... Ricon® 150D ... 3 6
Polybutadiene Adducted with
1,2 Polybutadiene Polymer Dispersed on
Maleic Anhydride ............................................ Ricon ® 130MA20 .... 3 8
Synthetic Calcium Silicate ...................................... Ricon® 152D ... 3 6
Polybutadiene Adducted with
1,2 Polybutadiene Polymer Dispersed on
Maleic Anhydride ............................................ Ricon ® 131MA5 ...... 3 8
Synthetic Calcium Silicate ...................................... Ricon® 153D ... 3 6
Polybutadiene Adducted with
1,2 Polybutadiene Polymer Dispersed on
Maleic Anhydride ............................................ Ricon ® 131MA10 .... 3 9
Synthetic Calcium Silicate ...................................... Ricon® 154D ... 3 7
Polybutadiene Adducted with
Polybutadiene ........................................................... Ricon ® 150 ...... 3 6
Maleic Anhydride ............................................ Ricon ® 131MA17 .... 3 9
Polybutadiene ........................................................... Ricon® 150MS 3 6
Polybutadiene Adducted with
Polybutadiene ........................................................... Ricon ® 152 ...... 3 6
Maleic Anhydride ............................................ Ricon ® 131MA20 .... 3 9
Polybutadiene ........................................................... Ricon ® 153 ...... 3 6
Polybutadiene Adducted with
Polybutadiene ........................................................... Ricon ® 154 ...... 3 7
Maleic Anhydride ............................................ Ricon ® 156MA17 .... 3 9
Polybutadiene ........................................................... Ricon ® 154M .. 3 7
Polybutadiene ........................................................... Ricon ® 156 ...... 3 7
Isocyanate-Terminated Butadiene Prepolymers
Polybutadiene ........................................................... Ricon ® 157 ...... 3 7
Krasol ® Isocyanate (TDI)-
Polymer Mixture with Polybutadiene Dispersed on
Terminated Prepolymer ................................. Krasol ® LBD-2000 .. 3 9
Calcium Silicate ........................................................ Ricon ® P30D ... 3 7
Krasol ® Isocyanate (TDI)-
Terminated Prepolymer ................................. Krasol ® LBD-3000 .. 3 9
Hydroxyl Terminated Polybutadiene Resins
Krasol ® Isocyanate (MDI)-
Epoxidized Hydroxyl Terminated
Terminated Prepolymer ................................. Krasol ® NN-22 ........ 3 9
Polybutadiene Resin ................................................ Poly bd® 600E . 3 7
Krasol ® Isocyanate (MDI)-
Epoxidized Hydroxyl Terminated
Terminated Prepolymer ................................. Krasol ® NN-23 ........ 3 9
Polybutadiene Resin ................................................ Poly bd® 605E . 3 7
Krasol ® Isocyanate (MDI)-
Hydroxyl Terminated 1,3-Butadiene
Terminated Prepolymer ................................. Krasol ® NN-25 ........ 3 9
Homopolymer .......................................................... Poly bd® LF-1 . 3 8
Krasol ® Isocyanate (MDI)-
Hydroxyl Terminated 1,3-Butadiene
Terminated Prepolymer ................................. Krasol ® NN-3A ........ 3 9
Homopolymer .......................................................... Poly bd® LF-2 . 3 8
Hydroxyl Terminated 1,3-Butadiene
Adhesion Promoting Butadienes-Laminating Resins
Homopolymer .......................................................... Poly bd® LF-3 . 3 8
Butadiene Styrene Random Copolymer
Hydroxyl Terminated 1,3-Butadiene
Homopolymer .......................................................... Poly bd® LF-5 . 3 8 Solution in Heptane ................................................. Ricon® 104H ... 3 9
Hydroxyl Terminated 1,3-Butadiene Polybutadiene Styrene Divinylbenzene Graft
Homopolymer .......................................................... Poly bd® LF-6 . 3 8 Terpolymer ............................................................... Ricon ® 250 ...... 3 9
Hydroxyl Terminated 1,3-Butadiene Polybutadiene Styrene Divinylbenzene Graft
Homopolymer .......................................................... Poly bd® LF-7 . 3 8 Terpolymer ............................................................... Ricon ® 257 ...... 3 9
Hydroxyl Terminated Polybutadiene
Resin ............................................................. Poly bd® R45HTLO .... 3 8 Adhesion Promoters for Sulfur Cure
Krasol ® Hydroxyl Terminated Polybutadiene Methacrylated Polybutadiene ....................... Ricacryl ® 3100 ......... 4 0
(secondary OH) .......................................... Krasol ® LBH2000 ........ 3 7 Methacrylated Polybutadiene ....................... Ricacryl ® 3500 ......... 4 0
Krasol ® Hydroxyl Terminated Polybutadiene Methacrylated Polybutadiene ....................... Ricacryl ® 3801 ......... 4 0
(secondary OH) .......................................... Krasol ® LBH3000 ........ 3 7 Polybutadiene Adducted with
Krasol ® Hydroxyl Terminated Polybutadiene Maleic Anhydride ............................................ Ricobond® 1031 ....... 4 0
(secondary OH) ......................................... Krasol ® LBH5000 ........ 3 7 Polybutadiene Adducted with
Krasol ® Hydroxyl Terminated Polybutadiene Maleic Anhydride ............................................ Ricobond® 1731 ....... 4 0
(secondary OH) .......................................... Krasol ® LBH10000 ..... 3 7 Polybutadiene Adducted with
Krasol ® Hydroxyl Terminated Polybutadiene Maleic Anhydride ............................................ Ricobond® 2031 ....... 4 0
(primary OH) .............................................. Krasol ® LBH-P2000 .... 3 7
Krasol ® Hydroxyl Terminated Polybutadiene
Adhesion Promoters for Peroxide Cure
(primary OH) .............................................. Krasol ® LBH-P3000 .... 3 7
1,2 Polybutadiene Polymer Adducted with Maleic Anhydride
Krasol ® Hydroxyl Terminated Polybutadiene
Dispersed on Hydrated Amorphous Silica ... Ricobond® 1756HS .. 4 0
(primary OH) .............................................. Krasol ® LBH-P5000 .... 3 7
Methacrylated Polybutadiene ....................... Ricacryl ® 3500 ......... 4 0
Low Molecular Weight Hydroxyl
Methacrylated Polybutadiene ....................... Ricacryl ® 3801 ......... 4 0
Terminated Polybutadiene Resin ............. Poly bd® R20LM .......... 3 8
Polybutadiene Adducted with
Maleic Anhydride ............................................ Ricobond® 1756 ....... 4 0
Random Copolymers of Butadiene and Styrene
Butadiene Styrene Random Copolymer ............... Ricon ® 100 ...... 38
Specialties
Polybutadiene ........................................................... Ricon ® 120 ...... 38
Polybutadiene Styrene Copolymer ........................ Ricon ® 181 ...... 38
Water Indicating Paste
Polybutadiene Styrene Copolymer ........................ Ricon ® 184 ...... 38
Sargel® Water Indicating Paste .............................. SR160 ............... 4 1
51
Chemical Name Code# Page#
Plasticizers and Other Additives
2-Hydroxyethylethylene Urea (with water) ........ SR511 ............... 4 1
2-Hydroxyethylethylene Urea .............................. SR512 ............... 4 1
Cryoflex ® Dibutoxyethoxyethyl
Formal ......................................................... Cryoflex® SR660 .......... 4 1
Triethylene Glycol Diacetate ................................ SR322 ............... 4 1
Wareflex ® Dibutoxyethoxyethyl
Adipate ........................................................ Wareflex ® SR650 ......... 4 1
52
Sartomer Products By Product Code
Product Code# Name Page# Product Code# Name Page#
BP ............................. Benzophenone ................................................. 31 CN120B80 .............. Epoxy Acrylate blended with SR238 ............ 2 9
CD401 ...................... Cyclohexane Dimethanol Dimethacrylate .. 1 2 CN120C60 .............. Epoxy Acrylate blended with SR351 ............ 2 9
CD406 ...................... Cyclohexane Dimethanol Diacrylate ........... 1 0 CN120C80 .............. Epoxy Acrylate blended with SR351 ............ 2 9
CD501 ...................... Propoxylated 6 Trimethylolpropane CN120D80 .............. Epoxy Acrylate blended with SR9020 .......... 2 9
Triacrylate ........................................................ 1 3 CN120E50 .............. Epoxy Acrylate blended with SR454 ............ 2 9
CD513 ...................... Propoxylated 2 Allyl Methacrylate .................. 9 CN120J90 ............... Epoxy Acrylate blended with SR506 ............ 2 9
Bisphenol A Dimethacrylate ............................................................ 1 2 CN120M50 ............. Epoxy Acrylate blended with SR339 ............ 2 9
CD542 ...................... Ethoxylated 8 Bisphenol A Dimethacrylate .. 1 2 CN120S80 ............... Epoxy Acrylate blended with Styrene .......... 2 9
CD550 ...................... Methoxy Polyethylene CN121 ...................... Low Viscosity Epoxy Acrylate ...................... 2 9
Monomethacrylate ...................................... 9, 15 CN124 ...................... Epoxy Acrylate ................................................ 2 9
CD551 ...................... Methoxy Polyethylene Glycol (350) CN131 ...................... Low Viscosity Aromatic Monoacrylate ........ 2 5
Monoacrylate ............................................... 8, 15 CN131B ................... Low Viscosity Acrylic Oligomer .................... 2 5
CD552 ...................... Methoxy Polyethylene Glycol (550) CN132 ...................... Low Viscosity Diacrylate Oligomer .............. 2 5
Monomethacrylate ...................................... 9, 15 CN133 ...................... Low Viscosity Triacrylate Oligomer ............. 2 5
CD553 ...................... Methoxy Polyethylene Glycol (550) CN135 ...................... Low Viscosity Oligomer .................................. 2 6
Monoacrylate ............................................... 8, 15 CN136 ...................... Modified Epoxy Acrylate ............................... 2 9
CD560 ...................... Alkoxylated Hexanediol Diacrylate ............. 1 0 CN137 ...................... Low Viscosity Oligomer .................................. 2 6
CD561 ...................... Alkoxylated Hexanediol Diacrylate ............. 1 0 CN151 ...................... Epoxy Methacrylate ....................................... 3 0
CD564 ...................... Alkoxylated Hexanediol Diacrylate ............. 1 0 CN152 ...................... Low Viscosity Monoacrylate Oligomer ........ 2 6
CD569 ...................... Ethoxylated Cetyl/Stearyl Methacrylate ....... 9 CN292 ...................... Low Viscosity Polyester Acrylate Oligomer 2 6
CD570 ...................... Ethoxylated 2 Hydroxyethyl Methacrylate .... 9 CN293 ...................... Polyester Acrylate ........................................... 2 6
CD571 ...................... Ethoxylated 5 Hydroxyethyl Methacrylate .... 9 CN294 ...................... Acrylated Polyester Oligomer ....................... 2 6
CD572 ...................... Ethoxylated 10 Hydroxyethyl Methacrylate ... 9 CN296 ...................... Polyester Acrylate Oligomer ......................... 2 6
CD580 ...................... Alkoxylated Cyclohexane Dimethanol CN301 ...................... Polybutadiene Dimethacrylate ...................... 2 4
Diacrylate .......................................................... 1 0 CN303 ...................... Polybutadiene Dimethacrylate ...................... 2 4
CD581 ...................... Alkoxylated Cyclohexane Dimethanol CN1963 ................... Urethane Methacrylate ................................... 2 3
Diacrylate .......................................................... 1 0 CN2100 ................... Amine Modified Epoxy Acrylate .................. 2 6
CD582 ...................... Alkoxylated Cyclohexane Dimethanol CN2101 ................... Fatty Acid Modified Epoxy Acrylate ........... 2 6
Diacrylate .......................................................... 1 0 CN2200 ................... Polyester Acrylate ........................................... 2 6
CD586 ...................... High Purity Stearyl Acrylate ............................ 8 CN2201 ................... Chlorinated Polyester Acrylate ..................... 2 6
CD611 ...................... Alkoxylated Tetrahydrofurfuryl Acrylate ...... 8 CN2203 ................... Polyester Acrylate Oligomer ......................... 2 6
CD612 ...................... Ethoxylated 4 Nonyl Phenol Methacrylate .... 9 CN2204 ................... Epoxy Acrylate Oligomer ............................... 2 6
CD664 ...................... Aqueous Zinc Acrylate Functional CN2205 ................... Acrylic Oligomer/Monomer Blend ................ 2 6
Intermediate .......................................... 8, 16, 19 CN2250 ................... Polyester Acrylate Oligomer ......................... 2 7
CD665 ...................... Aqueous Zinc Acrylate Functional CN2251 ................... Polyester Acrylate Oligomer ......................... 2 7
Intermediate ................................... 8, 16, 17, 19 CN2252 ................... Polyester Acrylate Oligomer ......................... 2 7
CD730 ...................... Ethoxytriglycol Methacrylate ......................... 9 CN2253 ................... Polyester Acrylate Oligomer ......................... 2 7
CD802 ...................... Alkoxylated Diacrylate ................................... 1 0 CN2255 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9021 ................... Highly Propoxylated5.5 CN2256 ................... Polyester Acrylate Oligomer ......................... 2 7
Glyceryl Triacrylate ........................................ 1 3 CN2257 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9038 ................... Ethoxylated 30 Bisphenol A Diacrylate ... 10, 16 CN2258 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9043 ................... Alkoxylated Neopentyl Glycol Diacrylate .. 1 0 CN2259 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9050 ................... Monofunctional Acid Ester ........................ 8, 17 CN2260 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9051 ................... Trifunctional Acid Ester .......................... 14, 17 CN2261 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9052 ................... Trifunctional Acid Ester .......................... 13, 17 CN2262 ................... Acrylic Ester ..................................................... 2 7
CD9075 ................... Alkoxylated Lauryl Acrylate ........................... 8 CN2270 ................... Polyester Acrylate Oligomer ......................... 2 7
CD9087 ................... Alkoxylated Phenol Acrylate .......................... 8 CN2271E ................ Polyester Acrylate Oligomer ......................... 2 7
CD9088 ................... Alkoxylated Phenol Acrylate .......................... 8 CN2273 ................... Polyester Acrylate Oligomer ......................... 2 7
CN104 ...................... Epoxy Acrylate ................................................ 2 8 CN2274 ................... Polyester Acrylate Oligomer ......................... 2 7
CN104A60 .............. Epoxy Acrylate blended with SR306 ............ 2 8 CN2276 ................... Polyester Acrylate Oligomer ......................... 2 7
CN104A80 .............. Epoxy Acrylate blended with SR306 ............ 2 8 CN2279 ................... Polyester Acrylate Oligomer ......................... 2 7
CN104B80 .............. Epoxy Acrylate blended with SR238 ............ 2 8 CN2281 ................... Polyester Acrylate Oligomer ......................... 2 7
CN111 ...................... Epoxidized Soy Bean Oil Acrylate ................ 2 8 CN2282 ................... Polyester Acrylate Oligomer ......................... 2 7
CN112C60 .............. Epoxy Novolac Acrylate blended CN2295 ................... Polyester Acrylate Oligomer ......................... 2 7
with SR351 ........................................................ 2 8 CN2297 ................... Polyester Acrylate Oligomer ......................... 2 7
CN115 ...................... Modified Epoxy Acrylate ............................... 2 8 CN2400 ................... Metallic Acrylate ............................................. 2 8
CN116 ...................... Modified Epoxy Acrylate ............................... 2 8 CN2401 ................... Metallic Acrylate ............................................. 2 8
CN117 ...................... Modified Epoxy Acrylate ............................... 2 8 CN2402 ................... Metallic Acrylate ............................................. 2 8
CN118 ...................... Modified Epoxy Acrylate ............................... 2 8 CN2470 ................... Polyester Acrylate Blend ................................ 2 8
CN119 ...................... Modified Epoxy Acrylate ............................... 2 8 CN2800 ................... Acrylated Acrylic ............................................. 2 7
CN120 ...................... Epoxy Acrylate ................................................ 2 8 CN2900 ................... Aliphatic Urethane Acrylate .......................... 2 7
CN120A75 .............. Epoxy Acrylate blended with SR306 ............ 2 8 CN2901 ................... Urethane Acrylate ........................................... 2 7
CN120A80 .............. Epoxy Acrylate blended with SR306 ............ 2 8 CN2902 ................... Urethane Acrylate ........................................... 2 7
CN120B60 .............. Epoxy Acrylate blended with SR238 ............ 2 9 CN3000 ................... Aromatic Urethane Oligomer ......................... 3 0
53
Product Code# Name Page# Product Code# Name Page#
CN3001 ................... Aliphatic Urethane Oligomer ......................... 3 0 CN973A80 .............. Urethane Acrylate blended with SR306 ........ 2 3
CN3002 ................... Acrylic Monomer Blend .................................. 3 0 CN973H85 .............. Urethane Acrylate blended with SR256 ........ 2 3
CN3003 ................... Acrylic Monomer Blend .................................. 3 0 CN973J75 ............... Urethane Acrylate blended with SR506 ........ 2 3
CN3004 ................... Acrylic Monomer Blend ................................. 3 0 CN975 ...................... Hexafunctional Urethane Acrylate ............... 2 3
CN3100 ................... Low Viscosity Oligomer .................................. 3 0 CN977C70 .............. Urethane Acrylate blended with SR351 ........ 2 3
CN3101 ................... Acrylic Oligomer/Monomer Blend ................ 3 0 CN978 ...................... Urethane Acrylate ........................................... 2 3
CN3102 ................... Acrylic Oligomer/Monomer Blend ................ 3 0 CN9782 ................... Aromatic Urethane Acrylate ......................... 2 4
CN3103 ................... Acrylic Oligomer/Monomer Blend ................ 3 0 CN9783 ................... Aromatic Urethane Acrylate ......................... 2 4
CN3104 ................... Acrylic Oligomer/Monomer Blend ................ 3 0 CN9788 ................... Aliphatic Urethane Acrylate .......................... 2 2
CN3105 ................... Low Viscosity Oligomer .................................. 3 0 CN980 ...................... Urethane Acrylate ........................................... 2 2
CN3106 ................... Low Viscosity Oligomer .................................. 3 0 CN981 ...................... Urethane Acrylate ........................................... 2 2
CN371 ...................... Reactive Amine Coinitiator ........................... 3 2 CN98lA75 ............... Urethane Acrylate blended with SR306 ........ 2 2
CN373 ...................... Reactive Amine Coinitiator ........................... 3 2 CN981B88 .............. Urethane Acrylate blended with SR238 ........ 2 2
CN383 ...................... Reactive Amine Coinitiator ........................... 3 2 CN982A75 .............. Urethane Acrylate blended with SR306 ........ 2 2
CN384 ...................... Reactive Amine Coinitiator ........................... 3 2 CN982B88 .............. Urethane Acrylate blended with SR238 ........ 2 2
CN386 ...................... Reactive Amine Coinitiator ........................... 3 2 CN982B90 .............. Urethane Acrylate blended with SR238 ........ 2 3
CN501 ...................... Amine Modified Polyether CN982E75 .............. Urethane Acrylate blended with SR454 ........ 2 3
Acrylate Oligomer ........................................... 2 4 CN982P90 .............. Urethane Acrylate blended with SR268 ........ 2 3
CN502 ...................... Amine Modified Polyether CN983 ...................... Urethane Acrylate ........................................... 2 3
Acrylate Oligomer ........................................... 2 4 CN984 ...................... Urethane Acrylate ........................................... 2 3
CN550 ...................... Amine Modified Polyether CN985B88 .............. Urethane Acrylate blended with SR238 ........ 2 3
Acrylate Oligomer ........................................... 2 4 CN9893 ................... Aliphatic Urethane Acrylate .......................... 2 3
CN551 ...................... Amine Modified Polyether CN990 ...................... Siliconized Urethane Acrylate Oligomer ...... 2 4
Acrylate Oligomer ........................................... 2 4 CN991 ...................... Urethane Acrylate ........................................... 2 4
CN704 ...................... Acrylated Polyester Adhesion Promoter ..... 2 6 CN992 ...................... Aromatic Urethane Acrylate ......................... 2 4
CN736 ...................... Chlorinated Polyester Acrylate Oligomer .... 2 6 CN994 ...................... Aromatic Urethane Acrylate ......................... 2 4
CN738 ...................... Chlorinated Polyester Acrylate Oligomer .... 2 6 CN996 ...................... Aliphatic Urethane Acrylate .......................... 2 3
CN750 ...................... Polyester Acrylate Oligomer ......................... 2 6 CN997 ...................... Aromatic Urethane Acrylate ......................... 2 4
CN816 ...................... Sarcryl® Functional Acrylic ............................ 2 4 CN999 ...................... Aromatic Urethane Acrylate ......................... 2 4
CN817 ...................... Sarcryl® Functional Acrylic ............................ 2 4 CNUVE150/80 ....... Epoxy Acrylate blended with 20%
CN818 ...................... Sarcryl® Functional Acrylic ............................ 2 4 Tripropylene Glycol Diacrylate .................... 2 9
CN929 ...................... Trifunctional Urethane Acrylate ................... 2 1 CNUVE151 ............. Epoxy Acrylate ................................................ 2 9
Cryoflex® SR660 .... Cryoflex ® Dibutoxyethoxyethyl Formal ..... 4 1
CN9001 ................... Aliphatic Urethane Acrylate Oligomer ........ 2 1
Kayarad ®
CN9002 ................... Aliphatic Urethane Acrylate .......................... 2 1
CN902J75 ............... Brominated Urethane Acrylate Oligomer .... 2 1 DPCA20 .................. Caprolactone Modified Dipentaerythritol
CN9004 ................... Aliphatic Urethane Acrylate .......................... 2 1 Hexaacrylate ..................................................... 1 5
Kayarad ®
CN9101 ................... Aliphatic Allyl Oligomer ................................ 2 1
CN944B85 .............. Aliphatic Urethane Acrylate blended DPCA60 .................. Caprolactone Modified Dipentaerythritol
with SR238 ........................................................ 2 1 Hexaacrylate ..................................................... 1 5
Kayarad ®
CN945A60 .............. Trifunctional Urethane Acrylate blended
with SR306 ........................................................ 2 1 EAM2160 ............... Phenol-Based Epoxy Novolac Acrylate
CN945B85 .............. Trifunctional Urethane Acrylate blended blended with 50% Trimethylolpropane
with SR238 ........................................................ 2 1 Triacrylate ........................................................ 2 9
Kayarad ®
CN959 ...................... Aliphatic Urethane Diacrylate Oligomer
with Acrylate Monomer Diluent ................... 2 1 EAM2300 ............... Phenol-Based Epoxy Novolac Acrylate
CN961E75 .............. Urethane Acrylate blended with SR454 ........ 2 1 blended with 70% Trimethylolpropane
CN961H81 .............. Urethane Acrylate blended with SR256 ........ 2 1 Triacrylate ........................................................ 2 9
Kayarad ® HX220 ... Caprolactone Modified Neopentyl Glycol
CN962 ...................... Urethane Acrylate ........................................... 2 1
CN963A80 .............. Urethane Acrylate blended with SR306 ........ 2 1 Hydroxypivalate Diacrylate .......................... 1 0
Kayarad ® HX620 ... Caprolactone Modified Neopentyl Glycol
CN963B80 .............. Urethane Acrylate blended with SR238 ........ 2 1
CN963E75 .............. Urethane Acrylate blended with SR454 ........ 2 1 Hydroxypivalate Diacrylate .......................... 1 0
CN963E80 .............. Urethane Acrylate blended with SR454 ........ 2 2 Kayarad ® R190 ....... Bisphenol A-based Epoxy Acrylate blended
CN963J85 ............... Urethane Acrylate blended with SR506 ........ 2 2
with Diethylene Glycol Dimethacrylate ...... 2 9
CN964 ...................... Urethane Acrylate ........................................... 2 2
Kayarad ® R604 ....... Hydroxypivalaldehyde Modified
CN964A85 .............. Urethane Acrylate blended with SR306 ........ 2 2
Trimethylolpropane Diacrylate .................... 1 1
CN964E75 .............. Urethane Acrylate blended with SR454 ........ 2 2
Kayarad®
CN965 ...................... Urethane Acrylate ........................................... 2 2
TCR1094 ................ Acid Modified Tris (Phenol Methane) Epoxy
CN965A80 .............. Urethane Acrylate blended with SR306 ........ 2 2
Acrylate Oligomer in Diethylene Glycol
CN966A80 .............. Urethane Acrylate blended with SR306 ........ 2 2
Monoethyl Ether Acetate (24.5%) and
CN966B85 .............. Urethane Acrylate blended with SR238 ........ 2 2
Swasol 1500 (10.5%) ...................................... 3 0
CN966H90 .............. Urethane Acrylate blended with SR256 ........ 2 2
Kayarad ®
CN966J75 ............... Urethane Acrylate blended with SR506 ........ 2 2
TCR1096 ................ Acid Modified Tris (Phenol Methane) Epoxy
CN966R60 .............. Urethane Acrylate blended with SR504 ........ 2 2
Acrylate Oligomer in Diethylene Glycol
CN968 ...................... Urethane Acrylate ........................................... 2 2
Monoethyl Ether Acetate (24.5%) and
CN970A60 .............. Urethane Acrylate blended with SR306 ........ 2 3
Swasol 1800 (10.5%) ...................................... 3 0
CN970E60 .............. Urethane Acrylate blended with SR454 ........ 2 3
Kayarad ® R205 ....... Phenol-Based Epoxy Novolac blended with
CN970H75 .............. Urethane Acrylate blended with SR256 ........ 2 3
Neopentyl Glycol Diacrylate and Ester Diol
CN971A80 .............. Urethane Acrylate blended with SR306 ........ 2 3
Diacrylate Monomers ..................................... 2 9
CN972 ...................... Urethane Acrylate ........................................... 2 3
54
Product Code# Name Page# Product Code# Name Page#
Krasol ® PC303 ...................... Acrylate Functional Monomer ...................... 2 0
LBD 2000 ............... Krasol ® Isocyanate (TDI)- Poly bd® 600E ........ Epoxidized Hydroxyl Terminated
Terminated Prepolymer .................................. 3 9 Polybutadiene Resin ........................................ 3 7
Krasol ® Poly bd® 605E ........ Epoxidized Hydroxyl Terminated
LBD 3000 ............... Krasol ® Isocyanate (TDI)- Polybutadiene Resin ........................................ 3 7
Poly bd® LF-1 ......... Hydroxyl Terminated 1,3-Butadiene
Terminated Prepolymer .................................. 3 9
Krasol ® Homopolymer .................................................. 3 8
LBH 2000 ............... Krasol ® Hydroxyl Terminated Poly bd® LF-2 ......... Hydroxyl Terminated 1,3-Butadiene
Homopolymer .................................................. 3 8
Polybutadiene ............................................ 36, 37
Poly bd® LF-3 ......... Hydroxyl Terminated 1,3-Butadiene
Krasol ®
Homopolymer .................................................. 3 8
LBH 3000 ............... Krasol ® Hydroxyl Terminated
Poly bd® LF-5 ......... Hydroxyl Terminated 1,3-Butadiene
Polybutadiene ............................................ 36, 37
Homopolymer .................................................. 3 8
Krasol ®
Poly bd® LF-6 ......... Hydroxyl Terminated 1,3-Butadiene
LBH 5000 ............... Krasol ® Hydroxyl Terminated
Homopolymer .................................................. 3 8
Polybutadiene ............................................ 36, 37
Poly bd® LF-7 ......... Hydroxyl Terminated 1,3-Butadiene
Krasol ®
Homopolymer .................................................. 3 8
LBH10000 .............. Krasol ® Hydroxyl Terminated
Poly bd® R20LM .... Low Molecular Weight Hydroxyl Terminated
Polybutadiene ................................................... 3 7
Polybutadiene Resin ................................. 36, 38
Krasol ®
Poly bd®
LBH-P 2000 ........... Krasol ® Hydroxyl Terminated
R45HTLO ............... Hydroxyl Terminated Polybutadiene Resin . 3 8
Polybutadiene ................................................... 3 7
Ricacryl ® 3100 ....... Methacrylated Polybutadiene ................. 12, 40
Krasol ®
Ricacryl ® 3500 ....... Methacrylated Polybutadiene ................. 15, 40
LBH-P 3000 ........... Krasol ® Hydroxyl Terminated
Ricacryl ® 3801 ....... Methacrylated Polybutadiene ................. 15, 40
Polybutadiene ................................................... 3 7
Ricobond® 1031 ..... Polybutadiene Adducted with
Krasol ®
Maleic Anhydride ............................................. 4 0
LBH-P 5000 ........... Krasol ® Hydroxyl Terminated
Ricobond® 1731 ..... Polybutadiene Adducted with
Polybutadiene ................................................... 3 7
Maleic Anhydride ............................................. 4 0
Krasol ® NN-3A Krasol ® Isocyanate (MDI)-
Ricobond® 1756 ..... Polybutadiene Adducted with
Terminated Prepolymer .................................. 3 9
Maleic Anhydride ............................................. 4 0
Krasol ® NN-22 ....... Krasol ® Isocyanate (MDI)-
Ricobond®
Terminated Prepolymer .................................. 3 9
1756HS .................... 1,2 Polybutadiene Polymer Adducted
Krasol ® NN-23 ....... Krasol ® Isocyanate (MDI)-
with Maleic Anhydride Dispersed on
Terminated Prepolymer .................................. 3 9
Hydrated Amorphous Silica ............................ 4 0
Krasol ® NN-25 ....... Krasol ® Isocyanate (MDI)-
Ricobond® 2031 ..... Polybutadiene Adducted with
Terminated Prepolymer .................................. 3 9
Maleic Anhydride ............................................. 4 0
M-Cure ® 100 ........... Aromatic Acrylate Modifier for
Ricon ® 100 .............. Butadiene Styrene Random Copolymer ....... 3 8
Epoxy/Amine Systems .................................... 1 7
Ricon® 104H ........... Butadiene Styrene Random Copolymer
M-Cure ® 200 ........... Aromatic Acrylate Modifier for
Solution in Heptane ......................................... 3 9
Epoxy/Amine Systems .................................... 1 7
Ricon ® 120 .............. Polybutadiene ................................................... 3 8
M-Cure ® 201 ........... Aliphatic Acrylate Modifier for
Ricon ® 130 .............. Polybutadiene ................................................... 3 6
Epoxy/Amine Systems .................................... 1 7
Ricon ® 130MA8 .... Polybutadiene Adducted with
M-Cure ® 202 ........... Aliphatic Acrylate Modifier for
Maleic Anhydride ............................................. 3 8
Epoxy/Amine Systems .................................... 1 7
Ricon ® 130MA13 .. Polybutadiene Adducted with
M-Cure ® 203 ........... Aromatic Urethane Acrylate Modifier for
Maleic Anhydride ............................................. 3 8
Epoxy/Amine Systems .................................... 1 8
Ricon ® 130MA20 .. Polybutadiene Adducted with
M-Cure ® 204 ........... Metallic Acrylate Modifier for
Maleic Anhydride ............................................. 3 8
Epoxy/Amine Systems .................................... 1 8
Ricon ® 131 .............. Polybutadiene ................................................... 3 6
M-Cure ® 300 ........... Aliphatic Acrylate Modifier for
Ricon ® 131MA5 .... Polybutadiene Adducted with
Epoxy/Amine Systems .................................... 1 8
Maleic Anhydride ............................................. 3 8
M-Cure ® 400 ........... Aliphatic Acrylate Modifier for
Ricon ® 131MA10 .. Polybutadiene Adducted with
Epoxy/Amine Systems .................................... 1 8
Maleic Anhydride ............................................. 3 9
Norsolene® A90 ...... Hydrocarbon Resin .......................................... 3 3
Ricon ® 131MA17 .. Polybutadiene Adducted with
Norsolene ® A100 .... Hydrocarbon Resin .......................................... 3 3
Maleic Anhydride ............................................. 3 9
Norsolene® A110 .... Hydrocarbon Resin .......................................... 3 3
Ricon ® 131MA20 .. Polybutadiene Adducted with
Norsolene ® S85 ....... Hydrocarbon Resin .......................................... 3 3
Maleic Anhydride ............................................. 3 9
Norsolene ® S95 ....... Hydrocarbon Resin .......................................... 3 3
Ricon ® 134 .............. Polybutadiene ................................................... 3 6
Norsolene® S105 .... Hydrocarbon Resin .......................................... 3 3
Ricon ® 142 .............. Polybutadiene ................................................... 3 6
Norsolene® S115 .... Hydrocarbon Resin .......................................... 3 3
Ricon ® 150 .............. Polybutadiene ................................................... 3 6
Norsolene® S125 .... Hydrocarbon Resin .......................................... 3 3
Ricon® 150D ........... 1,2 Polybutadiene Polymer Dispersed
Norsolene® S135 .... Hydrocarbon Resin .......................................... 3 3
on Synthetic Calcium Silicate ........................ 3 6
Norsolene® S145 .... Hydrocarbon Resin .......................................... 3 3
Ricon® 150MS ........ Polybutadiene ................................................... 3 6
Norsolene® S155 .... Hydrocarbon Resin .......................................... 3 3
Ricon ® 152 .............. Polybutadiene ................................................... 3 6
Norsolene ® W90 .... Pure Monomer ................................................. 3 3
Ricon® 152D ........... 1,2 Polybutadiene Polymer Dispersed
Norsolene ® W100 .. Pure Monomer ................................................. 3 3
on Synthetic Calcium Silicate ........................ 3 6
Norsolene ® W110 .. Pure Monomer ................................................. 3 3
Ricon ® 153 .............. Polybutadiene ................................................... 3 6
PC100 ...................... Aromatic Dimethacrylate Monomer ............ 2 0
Ricon® 153D ........... 1,2 Polybutadiene Polymer Dispersed
PC101 ...................... Aliphatic Dimethacrylate Monomer ............ 2 0
on Synthetic Calcium Silicate ........................ 3 6
PC300 ...................... Acrylated Functional Monomer .................... 2 0
Ricon ® 154 .............. Polybutadiene ................................................... 3 7
PC301 ...................... Methacrylate Functional Monomer .............. 2 0
55
Product Code# Name Page# Product Code# Name Page#
Ricon® 154D ........... 1,2 Polybutadiene Polymer Dispersed SarcureTM SR1131 ... Oligo (2-Hydroxy-2-Methyl-1-4
on Synthetic Calcium Silicate ........................ 3 7 (1-Methylvinyl) Phenyl Propanone
Ricon ® 154M .......... Polybutadiene ................................................... 3 7 (Emulsion) ........................................................ 3 1
Ricon ® 156 .............. Polybutadiene ................................................... 3 7 SarcureTM SR1132 ... Oligo [2-Hydroxy-2-Methyl-1-[4
Ricon ® 156MA17 .. Polybutadiene Adducted with (1-Methylvinyl) Phenyl] Propanone] and
Maleic Anhydride ............................................. 3 9 Trimethylolpropane Triacrylate ................... 3 1
Ricon ® 157 .............. Polybutadiene ................................................... 3 7 SarcureTM SR1133 ... Blend of SarcureTM SR1130 and
Ricon ® 181 .............. Polybutadiene Styrene Copolymer ................ 3 8 SarcureTM SR1137 ......................................... 3 1
Ricon ® 184 .............. Polybutadiene Styrene Copolymer ................ 3 8 SarcureTM SR1134 ... Blend of SarcureTM SR1130 and
Ricon ® 184MA6 .... Maleinized Polybutadiene SarcureTM SR1137 ......................................... 3 1
SarcureTM SR1135 ... Blend of Phosphine Oxide, SarcureTM SR1130
Styrene Copolymer ......................................... 3 9
Ricon ® 250 .............. Polybutadiene Styrene Divinylbenzene and SarcureTM SR1137 ...................................... 3 1
SarcureTM SR1136 ... Blend of 4-Methylbenzophenone
Graft Terpolymer ............................................ 3 9
Ricon ® 257 .............. Polybutadiene Styrene Divinylbenzene and Benzophenone .......................................... 3 1
SarcureTM SR1137 ... Blend of Trimethylbenzophenone
Graft Terpolymer ............................................ 3 9
Ricon ® P30D .......... Polymer Mixture with Polybutadiene and Methylbenzophenone .............................. 3 2
Saret® SR500 .......... Saret® Crosslinking Agent (Trifunctional) .. 1 8
Dispersed on Calcium Silicate ........................ 3 7
Sarbox® SB400 ....... Aromatic Acid Methacrylate Half Ester in Saret® SR515 .......... Saret® Crosslinking Agent (Trifunctional) .. 1 8
Saret® SR516 .......... Saret® Crosslinking Agent (Difunctional) .... 1 8
PM Alcohol Solvent ........................................ 2 5
Sarbox® SB401 ....... Aromatic Acid Methacrylate Half Ester in Saret® SR516HP ..... High Performance Difunctional Coagent .... 1 8
Saret® SR517 .......... Saret® Crosslinking Agent (Trifunctional) .. 1 8
EEP Ester Solvent ........................................... 2 5
Sarbox® SB402 ....... Aromatic Acid Methacrylate Half Ester in Saret® SR517HP ..... High Performance Trifunctional Coagent ... 1 8
Saret® SR519 .......... Saret® Crosslinking Agent (Trifunctional) .. 1 8
PM Alcohol / EEP Ester Solvents ................. 2 5
Sarbox® SB404 ....... Aromatic Acid Acrylate Half Ester Saret® SR519HP ..... High Performance Trifunctional Coagent ... 1 8
Saret® SR521 .......... Saret® Crosslinking Agent (Difunctional) .... 1 8
in PM Acetate Solvent .................................... 2 5
Sarbox® SB405 ....... Aromatic Acid Acrylate Half Ester Saret® SR521HP ..... High Performance Difunctional Coagent .... 1 8
Saret® SR522 .......... Saret® Crosslinking Agent (Difunctional) .... 1 8
in PM Acetate Solvent .................................... 2 5
Sarbox® Saret® SR633 .......... Saret® Modified Metallic Diacrylate ...... 17, 19
Saret® SR634 .......... Saret® Modified Metallic
SB500E50 ............... Aromatic Acid Methacrylate Half Ester
in SR454 ............................................................ 2 5 Dimethacrylate .......................................... 17, 19
Sarbox® Saret ®
SB500K60 ............... Aromatic Acid Methacrylate Half Ester SR75EPM2A .......... Solid Elastomeric Coagent ............................. 1 9
Saret ®
in SR344 ............................................................ 2 5
Sarbox® SR75EPM2AX ....... Solid Elastomeric Coagent ............................. 1 9
Saret ®
SB510E35 ............... Aromatic Acid Methacrylate Half Ester
in SR454 ............................................................ 2 5 SR75EPM2M .......... Solid Elastomeric Coagent ............................. 1 9
Sarbox® Saret ®
SB510M35 .............. Aromatic Acid Methacrylate Half Ester SR75EPM2MX ....... Solid Elastomeric Coagent ............................. 1 9
SMA ® 1000 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
in SR339 ............................................................ 2 5
Sarbox® SMA ® 1000H .......... Styrene Maleic Anhydride
SB520A20 ............... Aromatic Acid Acrylate Half Ester Copolymer Solution ........................................ 3 5
SMA ® 1000HNa ...... Styrene Maleic Anhydride
in SR306 ............................................................ 2 5
Sarbox® Copolymer Solution ........................................ 3 4
SMA ® 1000I ........... Styrene Maleimide Resin ................................ 3 4
SB520E35 ............... Aromatic Acid Acrylate Half Ester
SMA ® 1000MA ...... Styrene Maleic Anhydride Amic Acid Resin . 3 5
in SR454 ............................................................ 2 5
Sarbox® SMA ® 1440 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
SMA ® 1440H .......... Styrene Maleic Anhydride
SB520M35 .............. Aromatic Acid Acrylate Half Ester
in SR339 ............................................................ 2 5 Copolymer Solution ........................................ 3 5
Sarbox® SB600 ....... Aromatic Acid Methacrylate Half Ester SMA ® 17352H ........ Styrene Maleic Anhydride
in Trifunctional M.A. ..................................... 2 5 Copolymer Solution ........................................ 3 5
Sarcryl® CN816 ...... Sarcryl® Functional Acrylic Oligomer ......... 2 4 SMA ® 2000 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
Sarcryl® CN817 ...... Sarcryl® Functional Acrylic Oligomer ......... 2 4 SMA ® 2000H .......... Styrene Maleic Anhydride
Sarcryl® CN816 ...... Sarcryl® Functional Acrylic Oligomer ......... 2 4 Copolymer Solution ........................................ 3 4
SarcureTM SR1120 ... Benzil Dimethyl Ketal .................................... 3 1 SMA ® 2000I ........... Styrene Maleimide Resin ................................ 3 4
SarcureTM SR1121 ... 2-Hydroxy-2-Methyl-1-Phenyl Propanone 3 1 SMA ® 2625 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
SarcureTM SR1122 ... 1-Hydroxy-Cyclohexyl-Phenyl-Ketone ...... 3 1 SMA ® 2625H .......... Styrene Maleic Anhydride
SarcureTM SR1124 ... Isopropyl Thioxanthone ................................ 3 1 Copolymer Solution ........................................ 3 5
SarcureTM SR1125 ... Ethyl 4-(Dimethylamino) Benzoate ............. 3 1 SMA ® 3000 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
SarcureTM SR1126 ... SarcureTM SR1135 in a SMA ® 3000H .......... Styrene Maleic Anhydride
Stable Water Emulsion .................................... 3 1 Copolymer Solution ........................................ 3 5
SarcureTM SR1128 ... Blend of SarcureTM SR1130 and TPGDA ...... 3 1 SMA ® 3000I ........... Styrene Maleimide Resin ................................ 3 4
SarcureTM SR1129 ... Oligo (2-Hydroxy-2-Methyl-1-4 SMA ® 3840 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
SMA ® 31890 ........... Styrene Maleic Anhydride Copolymer ......... 3 4
(1-Methylvinyl) Phenyl Propanone and
SMA ® 4000I ........... Styrene Maleimide Resin ................................ 3 4
2-Hydroxy-2-Methyl-1-Phenyl-
SMA ® 17352 ........... Styrene Maleic Anhydride Copolymer ......... 3 4
1-Propanone (Monomeric) ............................ 3 1
SarcureTM SR1130 ... Oligo (2-Hydroxy-2-Methyl-1-4 SMA® EF30 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
SMA® EF40 ............. Styrene Maleic Anhydride Copolymer ......... 3 4
(1-Methylvinyl) Phenyl Propanone and
2-Hydroxy-2-Methyl-1-Phenyl- SR101 ....................... Ethoxylated Bisphenol A
1-Propanone (Polymeric) .............................. 3 1 Dimethacrylate .......................................... 12, 15
56
Product Code# Name Page# Product Code# Name Page#
SR150 ....................... Ethoxylated Bisphenol A SR444 ....................... Pentaerythritol Triacrylate ........................... 1 3
Dimethacrylate .......................................... 12, 15 SR454 ....................... Ethoxylated 3 Trimethylolpropane
SR160 ....................... Sargel® Water Indicating Paste ...................... 4 1 Triacrylate ........................................................ 1 3
SR201 ....................... Allyl Methacrylate ............................................ 9 SR454HP ................. High Purity Ethoxylated 3 Trimethylolpropane
SR203 ....................... Tetrahydrofurfuryl Methacrylate .................... 9 Triacrylate ................................................. 13, 15
SR205 ....................... Triethylene Glycol Dimethacrylate ............. 1 2 SR480 ....................... Ethoxylated 10 Bisphenol A Dimethacrylate . 1 2
SR206 ....................... Ethylene Glycol Dimethacrylate ................... 1 2 SR484 ....................... Octyl/Decyl Acrylate ........................................ 8
SR209 ....................... Tetraethylene Glycol Dimethacrylate .......... 1 2 SR489D ................... Tridecyl Acrylate ............................................... 8
SR210 ....................... Polyethylene Glycol Dimethacrylate ........... 1 2 SR492 ....................... Propoxylated 3 Trimethylolpropane
SR212 ....................... 1,3-Butylene Glycol Diacrylate ..................... 1 1 Triacrylate ........................................................ 1 4
SR213 ....................... 1,4-Butanediol Diacrylate .............................. 1 1 SR493D ................... Tridecyl Methacrylate .................................... 1 0
SR214 ....................... 1,4-Butanediol Dimethacrylate ..................... 1 2 SR494 ....................... Ethoxylated 4 Pentaerythritol
SR230 ....................... Diethylene Glycol Diacrylate ........................ 1 1 Tetraacrylate .................................................... 1 5
SR231 ....................... Diethylene Glycol Dimethacrylate ............... 1 2 SR495 ....................... Caprolactone Acrylate ...................................... 8
SR238 ....................... 1,6 Hexanediol Diacrylate ............................. 1 1 SR499 ....................... Ethoxylated 6 Trimethylolpropane
SR239 ....................... 1,6 Hexanediol Dimethacrylate .................... 1 2 Triacrylate ........................................................ 1 4
SR242 ....................... Isodecyl Methacrylate ....................................... 9 SR502 ....................... Ethoxylated 9 Trimethylolpropane
SR247 ....................... Neopentyl Glycol Diacrylate ......................... 1 1 Triacrylate ........................................................ 1 4
SR248 ....................... Neopentyl Glycol Dimethacrylate ................ 1 2 SR504 ....................... Ethoxylated4 Nonyl Phenol Acrylate ............. 8
SR252 ....................... Polyethylene Glycol (600) SR506 ....................... Isobornyl Acrylate ............................................. 9
Dimethacrylate .......................................... 12, 16 SR508 ....................... Dipropylene Glycol Diacrylate ...................... 1 1
SR256 ....................... 2 (2-Ethoxyethoxy) Ethyl Acrylate ........ 8, 16 SR511 ....................... 2-Hydroxyethylethylene Urea (with water) 4 1
SR257 ....................... Stearyl Acrylate ................................................. 8 SR512 ....................... 2-Hydroxyethylethylene Urea ...................... 4 1
SR259 ....................... Polyethylene Glycol (200) Diacrylate .. 11, 16 SR531 ....................... Cyclic Trimethylolpropane
SR268 ....................... Tetraethylene Glycol Diacrylate ................... 1 1 Formal Acrylate ................................................. 9
SR272 ....................... Triethylene Glycol Diacrylate ....................... 1 1 SR541 ....................... Ethoxylated6 Bisphenol A Dimethacrylate .. 1 1
SR285 ....................... Tetrahydrofurfuryl Acrylate ............................ 8 SR601 ....................... Ethoxylated4 Bisphenol A Diacrylate ........... 1 1
SR295 ....................... Pentaerythritol Tetraacrylate ....................... 1 4 SR602 ....................... Ethoxylated10 Bisphenol A Diacrylate .......... 1 1
SR297 ....................... 1,3-Butylene Glycol Dimethacrylate ........... 1 2 SR603 ....................... Polyethylene Glycol (400)
SR306 ....................... Tripropylene Glycol Diacrylate .................... 1 1 Dimethacrylate .......................................... 13, 16
SR306HP ................. High Purity Tripropylene SR604 ....................... Polypropylene Glycol Monomethacrylate .. 1 0
Glycol Diacrylate ...................................... 11, 15 SR610 ....................... Polyethylene Glycol (600) Diacrylate .. 11, 16
SR313 ....................... Lauryl Methacrylate .......................................... 9 SR614 ....................... Alkoxylated Nonyl Phenol Acrylate ........ 9, 17
SR322 ....................... Triethylene Glycol Diacetate ........................ 4 1 SR636 ....................... Calcium Diacrylate .......................................... 1 9
SR324 ....................... Stearyl Methacrylate ......................................... 9 SR638 ....................... Metallic Diacrylate .......................................... 1 9
SR335 ....................... Lauryl Acrylate .................................................. 8 SR644 ....................... Polypropylene Glycol (400)
SR339 ....................... 2-Phenoxyethyl Acrylate ................................. 8 Dimethacrylate ................................................. 1 3
SR340 ....................... 2-Phenoxyethyl Methacrylate ........................ 9 SR705 ....................... Metallic Diacrylate ...................... 11, 16, 17, 19
SR344 ....................... Polyethylene Glycol (400) Diacrylate .. 11, 16 SR706 ....................... Modified Metallic Diacrylate ........... 11, 17, 19
SR348 ....................... Ethoxylated 2 Bisphenol A Dimethacrylate .. 1 2 SR708 ....................... Metallic Dimethacrylate ............. 13, 16, 17, 19
SR348L .................... Ethoxylated 2 Bisphenol A Dimethacrylate .. 1 2 SR709 ....................... Metallic Monomethacrylate ................... 10, 19
SR349 ....................... Ethoxylated3 Bisphenol A Diacrylate ........... 1 1 SR740 ....................... Polyethylene Glycol (1000)
SR350 ....................... Trimethylolpropane Trimethacrylate ......... 1 4 Dimethacrylate .......................................... 13, 16
SR351 ....................... Trimethylolpropane Triacrylate ................... 1 3 SR9003 .................... Propoxylated 2 Neopentyl
SR351HP ................. High Purity Trimethylolpropane Glycol Diacrylate ............................................. 1 1
Triacrylate ................................................. 13, 15 SR9008 .................... Alkoxylated Trifunctional
SR351LV ................. Low Viscosity Trimethylolpropane Acrylate Ester ........................................... 14, 17
Triacrylate ........................................................ 1 3 SR9009 .................... Trifunctional Methacrylate Ester .......... 14, 17
SR355 ....................... Di-Trimethylolpropane Tetraacrylate ......... 1 4 SR9011 .................... Trifunctional Methacrylate Ester .......... 14, 17
SR368 ....................... Tris (2-Hydroxy Ethyl) Isocyanurate SR9012 .................... Trifunctional Acrylate Ester ................... 14, 17
Triacrylate ........................................................ 1 3 SR9016 .................... Metallic Diacrylate ...................... 11, 16, 17, 19
SR368D ................... Tris (2-Hydroxy Ethyl) Isocyanurate SR9020 .................... Propoxylated 3 Glyceryl Triacrylate .............. 1 4
Triacrylate ........................................................ 1 3 SR9020HP .............. High Purity Propoxylated 3
SR379 ....................... Glycidyl Methacrylate ....................................... 9 Glyceryl Triacrylate ................................. 14, 15
SR395 ....................... Isodecyl Acrylate ............................................... 8 SR9035 .................... Ethoxylated 15 Trimethylolpropane
SR399 ....................... Dipentaerythritol Pentaacrylate ................... 1 4 Triacrylate ................................................. 14, 16
SR399LV ................. Low Viscosity Dipentaerythritol SR9036 .................... Ethoxylated30 Bisphenol A
Pentaacrylate .................................................... 1 4 Dimethacrylate .......................................... 13, 16
SR415 ....................... Ethoxylated 20 Trimethylolpropane SR9041 .................... Pentaacrylate Ester ......................................... 1 5
Triacrylate ................................................. 13, 16 SR9045 .................... Acrylate Ester .................................................. 1 1
SR423 ....................... Isobornyl Methacrylate .................................... 9 SR9209 .................... Alkoxylated Aliphatic Diacrylate ................. 1 1
Wareflex ® SR650 ... Wareflex ® Dibutoxyethoxyethyl Adipate .... 4 1
SR440 ....................... Isooctyl Acrylate ............................................... 8
57
®
Sales Office
Europe & Africa
Americas
Cray Valley
Sartomer Company, Inc.
4-8 Cours Michelet
Oaklands Corporate Center
92091 Paris La Defense Cedex
502 Thomas Jones Way
France
Exton, PA 19341
Tel: 33-1-49-00-82-94
Tel: 610-363-4100
Fax: 33-1-49-00-30-84
Fax: 610-363-4140
E-mail: monique.cran@crayvalley.com
Cust. Serv.: 800-SARTOMER
Web: www.crayvalley.com
E-mail: contact@sartomer.com
Tech. Asst.: 800-949-OLIG
Web: www.sartomer.com
China Japan Rest of Asia
Sartomer Beijing Representative Office Total Trading International, S.A. Sartomer Company, Inc.
Room 22-04A, CITIC Building Tokyo Branch: Akasaka Shasta-East, 8F 51 Goldhill Plaza #11-01/02
NO. 19, JianGuoMenWai DaJie, 2-19 Akasaka 4-Chome Singapore 308900
ChaoYang District Minato-Ku
Beijing, China 100004 Tokyo 107 Tel: 65-6-3535949
Japan Fax: 65-6-3535459
Tel: 0086-10-85261105 E-mail: sin.team@sartomer.com
Fax: 0086-10-65256272 Tel: 81-3-5562-5220 Web: www.sartomer.com
Fax: 81-3-5562-5498
E-mail: sartombj@ht.rol.cn.net E-mail: masaru.fukuda@total.com
Web: www.sartomer.com.cn Web: www.sartomer.com
For updated contact information world wide, please refer to Sartomer's web-site at:
http://www.sartomer.com/sales.asp
The information in this bulletin is believed to be accurate, but all recommendations are made without warranty since the conditions of use are beyond SARTOMER Company's
control. The listed properties are illustrative only, and not product specifications. SARTOMER Company disclaims any liability in connection with the use of the information,
and does not warrant against infringement by reason of the use of its products in combination with other material or in any process.
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