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MSDS Material Safety Data Sheet
CAS

50-00-0
67-56-1
64-18-6
7732-18-5

File Name: celanese_com---341-82073974.asp
产å“å称ï¼?                                  37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004

æ料安全资料è¡?
1. 产å“与公å¸è¯†åˆ«èµ„æ–?

Product:37% 甲醛/9-12% 甲醇, 溶液
MSDS å·ç : 155
ææ–™å·ç :80155

Celanese Pte Ltd
501 Orchard Road
Wheelock Place #11-01
Singapore 238880
Tel No: (65) 67331767



è¿è¾“ç´§æ?¥æƒ…况电è¯å·ç ï¼š
+ (65) 66639259 (Operations Room direct dial)
+ (65) 62656917 (Operations Room direct dial)
+ (65) 62650177(Switchboard, ask for Operations Room)

or fax request to
+(65) 62644190 (Facsimile to Operations Room)
+(65) 62664696 (Facsimile to Operations Room)

or email to
opsroom@semco.psa.com.sg

or Call CHEMTREC 703 527 3887 (USA), collect calls accepted
"+" = International Dialing Access Code




产å“使用:尿素和三èšæ°°èƒºç”²é†›æ ‘脂中间物;酚醛树脂;乙炔化学å“ï¼›èšé†›æ ‘è„‚ã€?

2. æˆåˆ†/æˆåˆ†èµ„æ–™

æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? é‡é‡% OSHA 规定状况:
æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„
å·æ??
甲醛 50-00-0 37 - 37.5 å±é™©
甲醇 67-56-1 9 - 12 å±é™©
甲酸 64-18-6 0.02 å±é™©

Water (CAS 7732-18-5), wt. %:50.5 - 54

An equilibrium mixture of formaldehyde, methanol, and water with the nominal composition listed above.

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è¿è¾“ç´§æ?¥æƒ…å†?:703 527 3887 (USA) CHEMTREC, collect calls accepted, 24 hrs/day
1 of 17
产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
3. å±é™©è¯†åˆ«

紧�情况:
å±é™©!
造æˆçš®è‚¤ã€çœ¼ç›ã?消化é“åŠå‘¼å¸é“ç¼ä¼¤ã€?
长期åŠåå¤çš®è‚¤æŽ¥è§¦å¯é€ æˆæ­»äº¡æˆ–失明ã??
åžå…¥å¯èƒ½è‡´å‘½æˆ–导致失明ã??
易燃液体和蒸气ã??
造æˆå‘¼å¸é“ã?咽喉ã?皮肤和眼ç›åˆºæ¿€ã€?
å¸å…¥æœ‰å®³ã€?
å¯èƒ½å¯¼è‡´è¿‡æ•æ€§å‘¼å¸åŠçš®è‚¤å应ã€?
致癌å±é™©ã€‚å«æœ‰å¯èƒ½è‡´ç™Œææ–™ã?‚致癌风险决定于接触时间长短åŠç¨‹åº¦ã??


产å“说明

外貌: é€æ˜Žã€æ— è‰²æ¶²ä½“ã??
味é“: 强烈ã€åˆºé¼»ã?独æ°é’ ã€?ä¸ã??蘋DOR020 淡辛辣ã?脂肪酸气味ã€?

潜在å¥åº·å½±å“
暴露途径: 皮肤ã€çœ¼ç›ã?å¸å…¥ã?咽下ã??

实时影å“
皮肤: 会引起皮肤ç¼ä¼¤ã?? å¯èƒ½ä¼šå¼•èµ·çš®è‚¤è¿‡æ•å应ã?? 如果从皮肤å¸æ”¶ä¼šæœ‰å®³ã€?
暴露的å¾çŠ¶å¯èƒ½åŒ…括﹕
中央神ç»ç³»ç»ŸåŽ‹æŠ‘æ‰?引起的头痛ã?木僵ã?ä¸å调或奇怪的举止或æ˜è¿·ã??
皮肤å‘红或å˜è‰²ã?è‚¿ã€ç—’ã€çƒ§ç—›æˆ–起泡ã€?
皮肤长期å’?/或é‡å¤ä¸Žæµ¸ç”²é†‡çš„æ料接触会产生中毒效果ã?包括视力å—æŸå’Œæ­»äº¡ã€?

眼ç›: 暴露于液ä½? 会引起严é‡çœ¼ç›ç¼ä¼¤ã?æŸä¼¤ä¸å¯é?†è½¬ã€? 暴露于气ä½? 会刺æ¿?眼ç›ã€?
暴露的å¾çŠ¶å¯èƒ½åŒ…括﹕ 眼ç›åˆºæ¿€ã€ç¼çƒ§çš„感觉ã€ç—›ã€æµçœ¼æ³ªå’?/或视力改å˜ã??

å¸å…¥: 会引起呼å¸é“刺激ã€? 如果å¸å…¥ä¼šæŸä¼¤ã?? å¯èƒ½ä¼šå¼•èµ·è¿‡æ•å‘¼å¸å应ã??
暴露的å¾çŠ¶å¯èƒ½åŒ…括﹕
中央神ç»ç³»ç»ŸåŽ‹æŠ‘æ‰?引起的呕心ã?头晕ã?头痛ã?木僵ã?ä¸å调或奇怪的举止或æ˜è¿·ã??
æµé¼»æ°´ã?嘶哑ã?咳嗽ã?胸痛和呼å¸å›°éš¾ã€? 肺积æ°?(肺水è‚?)—å¾çŠ¶å¯èƒ½å»¶è¿Ÿæ•°å°æ—¶ã€?
对视力有ä¸è‰¯å½±å“ã€?

咽下: 会引起消化é“烧伤ã€? 如果咽下会有害ã?? 暴露的å¾çŠ¶å¯èƒ½åŒ…括﹕
中央神ç»ç³»ç»ŸåŽ‹æŠ‘æ‰?引起的呕心ã?头晕ã?头痛ã?木僵ã?ä¸å调或奇怪的举止或æ˜è¿·ã??
呕心ã€å‘•åã?失去食欲ã?刺æ¿?肠胃å’?/或腹泻ã?? 严é‡æŸä¼¤å£ã?å–‰ã€é£Ÿç®¡å’Œ/或胃ã€?

生殖: æ ¹æ®åŠ¨ç‰©æ•°æ®ï¼Œå¯èƒ½ä¼šå¼•èµ·ä¸è‰¯çš„生殖影å“ã??




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è¿è¾“ç´§æ?¥æƒ…å†?:703 527 3887 (USA) CHEMTREC, collect calls accepted, 24 hrs/day
2 of 17
产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
致癌æ€?: æ ¹æ®å®žéªŒå®¤åš™é½¿åŠ¨ç‰©ç ”究åŠæœ‰é™çš„人类数æ®ï¼Œé•¿æœŸæˆ–é‡å¤å‘¼å¸ã?过分å—甲醛暴露å¯èƒ½
会导致鼻肿瘤。人类å—甲醛暴露的研究显示混åˆçš„结果,指出白è¡?ç—…åŠä»¥ä¸‹çŠ¶å†µä¸Žç”²
醛暴露有关﹕
甲醛是:
列为OSHA致癌物﹕ 被NTP列为预期的致癌物
listed as carcinogenic to humans, IARC Group I, based on sufficient human
evidence for nasopharyngeal cancer and sufficient evidence in experimental
animals


对特定器官的影å“: 过度(长期或åå¤ï¼‰æŽ¥è§¦å¯å¯¼è‡´ï¼?
中枢神ç»ç³»ç»ŸåŽ‹æŠ‘
眼ç›å—伤
消化é“æŸä¼?
呼å¸é“æŸä¼?
过æ•å应åŠçš®è‚¤å±€éƒ¨åˆºæ¿?
皮肤æŸä¼¤ã€?
生殖系统å—æŸ
过æ•æ€§å‘¼å¸ååº?
Nasal track

ä¸?般认为在暴露åŽä¼šä½¿ç—…情æ¶åŒ–çš„ 大é‡æŽ¥è§¦è¯¥åŒ–å­¦å“å¯èƒ½ä¼šå¯¹æ‚£æœ‰ä¸‹åˆ—急æ?§æˆ–æ…¢æ?§å™¨å®˜ç–¾ç—…的病人有ä¸åˆ©å½±å“:
病况: 呼å¸é?
皮肤
眼ç›
中枢神ç»ç³»ç»Ÿ


有关详情,å‚è§?:
�4部分 � 急救措施
ç¬?5部分 â€? ç­ç«æŽªæ–½
ç¬?6部分 â€? æ„外释放措施
ç¬?8部分 â€? 暴露控制/个人ä¿æŠ¤
ç¬?9部分 â€? 物ç†ä¸ŽåŒ–学特æ€?
ç¬?10部分 â€? 稳定性与å应æ€?

4. 急救措施

皮肤: ç«‹å³ç”¨å¤§é‡æ¸…水冲洗皮肤至å°?15分钟,并åŒæ—¶è„±ä¸‹æ±¡æŸ“çš„è¡£æœå’Œéž‹å­ã€‚ç«‹å³å¯»æ±‚æ²»ç–?
。衣æœåº”æ´—å¹²å‡?åŽæ‰èƒ½å†ç©¿ã?‚污染的鞋å­åº”æ¯ç­ã??

眼ç›: ç«‹å³ç”¨å¤§é‡æ¸…水冲洗眼ç›è‡³å°?15分钟。如果有戴éšå½¢çœ¼é•œå¹¶å¯ä»¥è½»æ˜“å–下时,应将ä¹?
å–下。立å³å¯»æ±‚治疗ã??

å¸å…¥: 移往空气清新处ã?‚如果åœæ­¢å‘¼å¸ï¼Œåº”施人工呼å¸ã€‚如果呼å¸å›°éš¾ï¼Œåº”给氧气。è”络医
生ã??

咽下: 切勿引起呕å。立å³å¯»æ±‚治疗ã?‚如果å—害è?…完全清 é†?
,给他å–ä¸?æ¯æ°´ã€‚切勿喂æ˜è¿·çš? 人任何东西ã??

医生注æ„: 观察延缓肺水肿ã?? 呼å¸é“暴露åŽå¯èƒ½ä¼šå¯¼è‡´åŒ–学肺炎ã??
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è¿è¾“ç´§æ?¥æƒ…å†?:703 527 3887 (USA) CHEMTREC, collect calls accepted, 24 hrs/day
3 of 17
产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004

5. ç­ç«æŽªæ–½

NFPA: Health: 3 Flammability: 2 Reactivity: 0

易燃特æ??

闪点(测试方法)� 56 C (133 F) to 64 C (147 F) (SETA)

易燃é™åº¦ï¼Œåœ¨ç©ºæ°”,容ç§?%
上é™: 73 % (Formaldehyde)
36.5 % (Methanol at 25 deg C)
Not Applicable (Water)
下é™: 7 % (Formaldehyde)
5.5% (Methanol at 25 deg C)
Not Applicable (Water)

自动点燃温度: 300 C (572 F) (Formaldehyde)
385 C (725 F) (Methanol)

燃烧产å“ï¼? ä¸?氧化碳ã??


ç­ç«åª’介: 大ç«ä½¿ç”¨é…’精类的水溶æˆè†œæ³¡æ²«ã€? å°ç«ä½¿ç”¨äºŒæ°§åŒ–碳或干化学å“ã??

消防说明 应用水冷å´æš´éœ²åœ¨ç«ä¸­çš„建筑和槽ã?‚æ´’æ°´å¯ç”¨äºŽé™ä½Žç«åŠ¿ï¼Œå¹¶å°†æº¢å‡ºç‰©ç¨?释æˆä¸æ˜“ç‡?
çš„æ··åˆç‰©ã€?
将人员撤离ç«æºè‡³è¿Žé£Žåœ°ç‚¹ã€‚如果有å¯èƒ½æš´éœ²åœ¨è’¸æ°”下或有å¯ç‡ƒçƒ§çš„产å“存在,应ç©?
全套消防装备和NIOSH核准的独立呼å¸è£…备ã?‚氧化化学å“在ç€ç«çš„情况下å¯èƒ½ä¼šåŠ é?Ÿç‡ƒ
烧的速度�

消防环ä¿é—®é¢˜ 溢出的水和蒸气云å¯èƒ½æœ‰è…èš?性ã?‚用堤并收集用于ç­ç«çš„水,中和åŽæ‰é‡Šæ”¾ã??
å¯ä½¿ç”¨æ°´é›¾æµæŽ§åˆ¶è’¸æ°”和燃烧气体ã??
å†ç”¨å‚¨è—库设备和其它ç­ç«è®¾å¤‡å‰åº”完全清除污染ã€?

6. æ„外释放措施




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è¿è¾“ç´§æ?¥æƒ…å†?:703 527 3887 (USA) CHEMTREC, collect calls accepted, 24 hrs/day
4 of 17
产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
溢出或泄æ¼è¯´æ˜? 排除点ç«æºã??
å‚è§ç¬?8部分有关适当的人员ä¿æŠ¤è®¾å¤‡ã?‚用土堤或éžæ˜“燃的å¸æ”¶å‰‚隔离溢出物,使污æŸ?
ä¿æŒåœ¨æœ€å°çš„范围内ã?? 水雾æµå¯ä»¥å‡å°‘蒸气ã??
如果有起ç«çš„å¯èƒ½ï¼Œåº”使用酒精类的水溶æˆè†œæ³¡æ²«æ¥è¦†ç›–溢出物,或用水雾æµåˆ†æ•£è’?
æ°”ã??
应é¿å…æµå…¥ä¸‹æ°´é“åŠé?šå¾€æ°´é“的沟渠ã?‚若州åŠåœ°æ–¹æœ‰è§„定,应é?šçŸ¥åœ°æ–¹å½“局。将泄æ¼
的容器置于é?šé£Žè‰¯å¥½å¤„ã?? 使用氨基磺酸或é‡äºšç¡«é…¸é’ ä¸­å’Œã€?
使用éžç‡ƒçƒ§çš„å¸æ”¶å‰‚清除或用少许水冲洗å°è§„模的溢出物ã?‚使用éžç‡ƒçƒ§çš„堤或å¸æ”¶å‰‚
控制大规模的溢出物ã?‚用真空å¸é™¤æˆ–扫除干å‡?ã€?

在美国境内,如果åœ?24å°æ—¶å†…释放出的分é‡ç›¸ç­‰äºŽæˆ–超于下列应报告的分é‡æ—¶ï¼Œåº”è‡?
电ã?Œå…¨å›½å“应中心ã??(National Response Center) (800-424-
8802)å’Œé?‚当的州åŠå½“地机关﹕
270 lbs. of the material as is; based on a Reportable Quantity of 100 lbs.
for formaldehyde.

驱散ä¸å¿…è¦åœ¨åœºçš„人;隔离å±é™©åœ°åŒºå¹¶æ‹’ç»ä»»ä½•äººè¿›å…¥ã€‚ä¿æŒåœ¨è¿Žé£Žçš„ä½ç½®ï¼›é¿å¼€ä½?
的地区ã??
如果ç«ç¾æ¶‰åŠåˆ°è¿è¾“ç½ã€ç«è½¦ç½è½¦æˆ–å¡è½¦ç½è½¦ï¼Œåº”在å„个方å‘上隔离800米(0.5英里
)ã??
如果情况有必è¦åº”撤离顺风地区以预防暴露,并让蒸气或烟消散。æŸäº›æƒ…况的溢出ç‰?
å¯èƒ½ä½¿ç›¸å½“è¿œè·ç¦»çš„顺风地区暴露于有毒或å¯ç‡ƒçƒ§çš„浓度ã??

7. 处ç†ä¸Žå‚¨è—?


处ç†: 在é?šé£Žè¶³å¤Ÿçš„环境下使用ã€?
ä¸ä½¿ç”¨æ—¶åº”将容器关紧。打å¼?容器时,应å°å¿ƒè°¨æ…Žè®©ç´¯ç§¯çš„压力é?出。é¿å…å¸å…¥è’¸æ°?
。é¿å…与眼ç›ã€çš®è‚¤æˆ–è¡£æœæŽ¥è§¦ã€‚处ç†åŽåº”用肥皂和水彻底洗干å‡?。沾污的衣æœåº”å½»
底清除污染åŽæ‰å†ä½¿ç”¨ã€‚污染的皮é©è¡£ç‰©åº”æ¯ç­ã??

储è—: ä¸ä½¿ç”¨æ—¶ï¼Œå°†æ‰?有容器关紧ã?‚储存在没有阳光照射和ä¸å¯æ¸—é€çš„地æ¿ä¸Šã??
请勿与ä¸å…¼å®¹çš„æ料储存ã?‚å‚è§ã?Œç¬¬10部分,稳定æ?§ä¸Žå应性ã?ã??

8. 暴露控制/个人ä¿æŠ¤

工程控制 ä¸?般或ç¨?释é?šé£Žä½œä¸ºé›‡å‘˜æš´éœ²çš„唯ä¸?控制方法通常是ä¸è¶³å¤Ÿçš„ã?‚é?šå¸¸ä¼˜å…ˆé€‰æ‹©çš„是å±?
部�风�

应éšæ—¶å‡†å¤‡å¥½å®‰å…¨æ·‹æµ´å’Œæ´—眼设备ã??
个人ä¿æŠ¤è®¾å¤‡
皮肤ä¿æŠ¤: ç©¿é?ä¸è¿‡çš„è¡£æœå’Œæ‰‹å¥—以便预防接触ã?‚建议使用ä¸åŸºæ©¡èƒ¶ã?‚视情况,如果有足够的é™
解和渗é?资料,å¯ä½¿ç”¨å…¶å®ƒä¿æŠ¤ææ–™ã?‚如果在使用本化学å“çš„åŒæ—¶ä½¿ç”¨å…¶å®ƒåŒ–å­¦å“ï¼?
选择的æ料应能ä¿æŠ¤æ‰€æœ‰ä½¿ç”¨çš„化学å“ã??

眼ç›/脸部ä¿æŠ¤: 如有å¯èƒ½æŽ¥è§¦çœ¼ç›æ—¶åº”戴化学护目镜ã€?
如果å¯èƒ½å–·æ´’到脸上时,除了戴护目镜外还应戴é¢ç½©ã??


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è¿è¾“ç´§æ?¥æƒ…å†?:703 527 3887 (USA) CHEMTREC, collect calls accepted, 24 hrs/day
5 of 17
产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
呼å¸é“ä¿æŠ?: æ ¹æ®å·¥ä½œåœºæ‰€çš„污染程度åŠé˜²æ¯’é¢ç½©çš„工作é™åº¦ï¼Œä½¿ç”¨ç»ã?Œå…¨å›½èŒä¸šå®‰å…¨ä¸Žä¿å¥å­¦ä¼š
�(NIOSH)
核准使用的防毒é¢ç½©ã?‚以下是建议èŒä¸šæš´éœ²æ°´å¹³è‡³å°‘应有的装备ã?‚å‚è§ç¬¬3ã€?8ã€?11éƒ?
分以便估计èŒä¸šæš´éœ²æ°´å¹³ã??
甲醛浓度高于èŒä¸šæš´éœ²æ°´å¹³1å€ï¼Œä½†ä½Žäº?10å€ï¹•ä½¿ç”¨ç½©ç›–整个脸的空气å‡?化防毒é¢ç½©åŠ
HEPAç²’å­è¿‡æ»¤å™¨ï¼Œå¹¶åŠ ç‰¹åˆ«æ ¸å‡†ç”¨äºŽé¢„防甲醛的筒或滤毒ç½ï¼Œæˆ–罩盖整个脸的电动ç©?
气净化防毒é¢ç½©åŠHEPAç²’å­è¿‡æ»¤å™¨ï¼Œå¹¶åŠ ç‰¹åˆ«æ ¸å‡†ç”¨äºŽé¢„防甲醛的筒或滤毒ç½ã€‚空æ°?
å‡?化部件必须有结æŸæœåŠ¡å¯¿å‘½çš„显示器,或必须有一个更æ¢æ—¶é—´è¡¨çš„文件ã?‚å¦åˆ™ä½¿ç”?
输é?的空气ã€?
浓度高于èŒä¸šæš´éœ²æ°´å¹³10å€ï¼Œä½†ä½ŽäºŽèŒä¸šæš´éœ²æ°´å¹³çš„100å€æˆ–IDLH﹕使用C型罩盖整ä¸?
脸ã?在压力è¦æ±‚或ä¸æ–­è¾“é€ç©ºæ°”的防毒é¢ç½©ã€?
浓度高于IDLH水平或浓度ä¸æ˜?(例如在紧急情况下)﹕使用罩盖整个脸ã€åœ¨æ­£åŽ‹çŠ¶æ?下
è¿ä½œçš„独立呼å¸è£…ç½®ã?‚å«è¾…助正压独立呼å¸è£…置逃生系统的C型正压罩盖整个脸ã€è¾“é€?
空气的防毒é¢ç½©ã??
逃生﹕使用正压罩盖整个脸的独立呼å¸è£…置或罩盖整个脸ã?在下巴或å‰æˆ–åŽå®‰è£…工业
尺寸ã€ç‰¹åˆ«æ ¸å‡†ç”¨äºŽé¢„防甲醛特别核准用于预防甲醛的滤毒ç½ã??

暴露指å—
é‡é‡% ACGIH ACGIH ACGIH OSHA OSHA OSHA Celanese Mexico Mexico Mexico
æˆåˆ†åŠåŒ–学文摘æœåŠ? æˆåˆ†åŠåŒ– TWA STEL CEILING TWA STEL CEILING WEL TWA STEL CEILING
处å·æ€? å­¦æ–‡æ‘˜æœ (工作场所
务处å·æ?? 接触é™åº¦)
甲醛 50-00-0 37 - 37.5 - - 0.3 ppm 0.75 ppm 2 ppm - 0.75 ppm - - 2 ppm
(TWA); 2
ppm (STEL)
甲醇 67-56-1 9 - 12 200 ppm 250 ppm - 200 ppm - - - 200 ppm 250 ppm -
甲酸 64-18-6 0.02 5 ppm 10 ppm - 5 ppm - - - 5 ppm - -

æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? é‡é‡% 1990 NIOSH IDLH 1994 NIOSH IDLH
æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„ (Recognized by OSHA)
å·æ??
甲醛 50-00-0 37 - 37.5 30 ppm 20 ppm
甲醇 67-56-1 9 - 12 25,000 PPM 6000 ppm
甲酸 64-18-6 0.02 30 PPM 30 ppm


Comments: Celanese å…¬å¸æ ¹æ®å¯¹æ‰€æœ‰çŽ°æœ‰èµ„料的科学评价,决定对甲醛ä¸é‡‡ç”¨ACGIH上é™å€¼ã??
Celanese å…¬å¸å¯¹ç”²é†‡é‡‡ç”? ACGIH TLVã€?

9. 物ç†å’ŒåŒ–学特æ€?

外貌: é€æ˜Žã€æ— è‰²æ¶²ä½“ã??

味é“: 强烈ã€åˆºé¼»ã?独æ°é’ ã€?ä¸ã??蘋DOR020
淡辛辣ã?脂肪酸气味ã€?
o
pH (1% soln in water @ 25 C): 3-6

Vapor Pressure: 25 mmHg @ 25 deg C

Vapor Density (Air=1 @ 20 C): Formaldehyde: 1.04 (calculated)
Water: 0.62 (calculated)
Methanol: 1.11 (calculated)
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产å“å称ï¼? 37% Formaldehyde/ 9-12% Methanol, solution
MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004

Boiling Point (760 mmHgA): 96 C (204.8 F) - 97 C(206.6 F)

Freezing Point: åœ?13 C (55 F)以下,固æ€ç”²é†›èšåˆç‰©é€æ¸å½¢æˆã€‚冰æ™? åœ? 0
C (32 F)以下出现�

Solubility in Water @ 20 C: complete



Specific Gravity: 1.086 @ 25 deg C

Molecular Weight:: Formaldehyde: 30.0
Water: 18
Methanol: 32.0



10. 稳定性与å应æ€?

稳定�: 稳定�

应é¿å…的情况: é¿å…高热ã€ç«ç„°ã?ç«èŠ±å’Œå…¶å®ƒç«æºã€?

应é¿å…çš„ææ–™: é¿å…接触氢氧化钠ã€çŸ³ç°å’Œå…¶å®ƒå¼ºç¢±ã€é’ ã€é’¾å’Œå…¶å®ƒå¼ºç¢±é‡‘属ã?ç›é…¸ã?硫酸和其它å¼?
无机酸ã?氮氧化物ã?胺和氧化剂如过氧化物ã?ç¡é…¸ã?高氯酸ã€ä¸‰æ°§åŒ–铬ã?苯酚或尿素
�

å±é™©æ˜“燃或分解产å“: 热分解产å“å¯èƒ½å«æœ‰ç¢³çš„氧化物ã€?

å±é™©èšåˆä½œç”¨: ä¸ä¼šäº§ç”Ÿå±é™©çš„èšåˆä½œç”¨ã??

11. 毒�资�



Component Toxicological Information

æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲醛




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MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
Acute Exposure: Toxicity information on the solution is generally not
available. Information on the solution components is listed next.

Oral LD50: 800mg/kg (rats); slightly toxic to animals.

Inhalation LC50: 474ppm (rats,4 hrs.); moderately toxic to animals.

Skin: Severely irritating/corrosive to rabbit skin depending on exposure
duration and concentration; moderately toxic to animals (LD50, rabbits:
270mg/kg); causes skin sensitization in humans and guinea pigs.

Eye: Severely irritating to rabbit eyes.




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ææ–™å·ç : 80155
公布日期� 06/28/2004
Mutagenicity: Genotoxic potential was noted in a variety of in vitro
systems. Results in vivo have been mixed probably due to the presence of
metabolic processes for detoxifying.

Carcinogenicity: Oral-Formaldehyde was not carcinogenic in several well-
conducted rodent lifetime drinking water studies. Repeated dermal-topical
application on mice has not indicated carcinogenic potential. Inhalation-
Rats and mice were exposed to 2.0, 5.6, or 14.3 ppm formaldehyde for
6hrs/day, 5 days/week for 24 months. In rats no treatment-related tumors
were seen at 2 ppm while at 5.6 ppm 1% had nasal tumors and at 14.3 ppm
43% had nasal tumors. In mice no treatment-related tumors were observed
at 2 ppm or 5.6 ppm while 1% had nasal tumors at 14.3 ppm. IARC: Group I,
Carcinogenic to Humans, based on sufficient human (nasopharyngeal cancer)
and experimental animal data. Formaldehyde is listed as an OSHA
carcinogen. Formaldehyde is listed as an anticipated carcinogen by the
NTP.

Hauptmann, et. al. (2004) have reported a statistically significant dose-
related increase in the incidence of nasopharyngeal tumors in a large
cohort of formaldehyde exposed workers. In another study by Hauptmann,
et. al. (2003) based upon the same cohort, a statistically significant
dose-related increase of leukemia mortality was observed. However, this
increase was seen only for a peak exposure metric and the rate of leukemia
mortality was less than that of the unexposed general population. In
addition, the Hauptmann et. al. (2003) results are not consistent with the
findings of Coggon et. al. (2003). Coggon et. al. found no association
between formaldehyde exposure and leukemia incidence in a large cohort of
U.K. workers with estimated formaldehyde exposures higher than the
Hauptmann et. al. (2003) study. A recent NIOSH study (Pinkerton, et. al.
2004) based on a cohort of formaldehyde exposed garment workers reported
only a marginal association with leukemia incidence. Experimental data
linking formaldehyde exposure with toxicity in organs, including the bone
marrow, remote from the portal of entry is lacking. Also, an established
mechanism for induction of leukemia by formaldehyde is not available.
Furthermore, formaldehyde inhalation by rats in several well-conducted
cancer bioassays did not induce leukemia.

Reproductive/Developmental Effects: In a developmental toxicity study with
mice dosed orally by gavage at 74, 148 or 185 mg/kg/day, no fetotoxic or
teratogenic effects were seen. In a developmental toxicity study with
rats exposed via inhalation to 2, 5 or 10ppm formaldehyde, treat-related
developmental effects were not observed. In a reproduction study, dogs
received the equivalent of 9.4 mg/kg/day of formaldehyde in feed during
days 4-56 after mating without adverse reproductive effects.




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ææ–™å·ç : 80155
公布日期� 06/28/2004
Repeated Exposure: Inhalation exposure (6hrs./day;5 days/week;13 weeks)
of rats resulted in nasal tissue irritation at 10 or 20ppm, but not at
2ppm. Monkeys exposed for 26 weeks (22hrs./day;7 days/week) had nasal
irritation at 3ppm but not at 1ppm. Oral exposure of rats to formaldehyde
in the drinking water at a dose equivalent to 82-109 mg/kg/day over a
lifetime resulted in stomach tissue irritation while a dose of 15-21
mg/kg/day was without effect.
æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲醇
Acute Exposure: Toxicity information on the solution is generally not
available. Information on the solution components is listed next.

Oral LD50: 6.2-12.9g/kg (rats); practically nontoxic to animals. However,
based on human exposure reports, a small amount (usually two or more
ounces) can cause mental sluggishness, nausea and vomiting leading to
severe illness, and may produce adverse effects on vision with possible
blindness or death if treatment is not received.

Inhalation LC50: 64000ppm (rats,4 hrs.); practically nontoxic to animals.
Based on human exposure reports, levels substantially above the TLV cause
stupor, headache, nausea, dizziness, unconsciousness and may produce
adverse effects on vision.

Skin: Irritating to rabbit skin. Severity depends on the quantity
administered and exposure period and is related to the defatting
properties of methanol; slightly toxic to animals (minimum lethal dose,
monkeys: 1.6g/kg; LD50, rabbits:16g/kg). Based on human exposure reports,
prolonged and repeated skin contact with methanol-soaked material has
produced toxic effects including vision effects and death.

Eye: Severely irritating to rabbit eyes.




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公布日期� 06/28/2004
Mutagenicity: Methanol - Not genotoxic in most in vitro assays. Not
genotoxic in vivo in mice exposed via inhalation up to 4000ppm (6hrs./day
for 5 days) and subsequently examined for cytogenetic effects.

Carcinogenicity: Methanol - Inhalation-Not carcinogenic in lifetime
inhalation studies (reported in limited detail) in rats and mice at
concentrations of 10-1000ppm. Dermal-Not carcinogenic in mice exposed
dermally to 0.02ml/day, 2 days/week over a lifetime in a study of limited
quality.

Reproductive/Developmental Effects: Methanol - In an inhalation
developmental toxicity study, rats were exposed 6hrs./day to 5000, 10000
or 20000ppm vapors. A significant teratogenic response was seen at
20000ppm. Fetotoxicity was noted at 10000ppm, but not at 5000ppm. In an
inhalation developmental toxicity study, mice were exposed 7hrs./day to
2000, 5000 or 10000ppm vapors. Methanol caused developmental toxicity at
all levels. Oral administration of methanol via gavage at 1.3, 2.6 or 5.2
ml/kg to rats resulted in developmental toxicity at all levels.


Repeated Exposure: Methanol - Inhalation exposure (6hrs./day; 5days/week)
of monkeys to vapor concentrations of 500, 2000 or 5000ppm for 4 weeks did
not result in any treatment-related effects. Monkeys exposed to methanol
vapors of 10, 100 or 1000ppm for 22hrs./day for up to 2.5yrs. showed
changes in the liver, kidney and nervous system at 1000ppm (limited
details reported). Rats exposed by oral gavage to 100, 500 or
2500mg/kg/day methanol for 90days exhibited only effects on organ weight
(brain) and serum enzymes (SGPT,AP) at the high dose.


æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲酸




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ææ–™å·ç : 80155
公布日期� 06/28/2004
Acute Exposure: The toxicity of formic acid in concentrated form is
related to its irritant properties at the site of contact, e.g., nasal
passage irritation after inhalation exposure; skin irritation after dermal
exposure; gastrointestinal irritation after oral exposure (bolus
administration). As is the case for many acids, toxicity (irritation)
decreases as the concentration in aqueous solutions decreases. Formic
acid occurs in a variety of plants, fruits and mammalian tissues. It is
an important, normal body metabolite. Its safety as a food ingredient has
been reviewed by the FDA.

Oral LD50: 1100-1850 mg/kg (rats); slightly toxic to animals.

Inhalation LC50: Estimated to be >500 ppm (rats,6 hrs.) based on 60%
survival of rats exposed to 500 ppm for 10 days; slightly toxic to
animals. Vapors are severely irritating to the respiratory tract based on
human exposure information.

Skin: Concentrated solutions of formic acid are corrosive to skin.

Eye: Concentrated solutions of formic acid are corrosive to the eyes.
Vapors are severely irritating to the eyes.


Mutagenicity: Formic acid was not mutagenic in the Ames Test with or
without metabolic activation. It did not induce sister-chromatid
exchanges, with or without metabolic activation, in hamster V79 cells.
Positive results were reported for formic acid in the Drosophila SLRL test
and in tests for chromosomal aberrations in Chinese hamster ovary cells.
However, in both tests it was noted that neutralizing the acidic pH of the
test environment eliminated the mutagenic responses. It was concluded
that formic acid by itself is not mutagenic, but that testing at
concentrations which produce nonphysiological pH levels results in "false
positive" responses due to perturbations in the test systems. The weight
of the evidence indicates that formic acid is not mutagenic.

Carcinogenicity: No information.

Reproductive/Developmental Effects: To screen for potential reproductive
toxicity, sperm morphology/density/motility and vaginal cytology
examinations were performed on rats and mice administered formic acid at
0, 8, 32 or 128 ppm via inhalation (6 hrs./day; 5 days/week) for 13 weeks.
Potential impact on the length of the estrous cycle was also monitored.
There were no adverse effects in rats or mice.




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公布日期� 06/28/2004
Repeated Exposure: Inhalation exposure (6hrs./day; 5days/week) of rats and
mice was conducted at vapor concentrations of 0, 31, 62.5, 125, 250 or 500
ppm for 2 weeks. At 500 ppm, 60% survival was reported for rats. At 500
ppm and 250 ppm, the survival rates for mice were 0% and 90%,
respectively. No deaths were reported at other dose levels. Microscopic
examination of tissues revealed irritation of the nasal passages in rats
and mice exposed to 62.5 ppm and higher concentrations. Severity
increased in a dose-related manner. This was a range-finding study to set
dose levels for the 13-week study discussed next.

Inhalation exposure (6hrs./day; 5days/week) of rats and mice was
conducted at vapor concentrations of 0, 8, 16, 32, 64 and 128 ppm for 13
weeks. At 128 ppm, 85% survival was reported for mice. No other effects
were noted on survival at other dose levels. Microscopic examination of
tissues revealed irritation of the nasal passages (minimal to mild
severity) primarily in animals exposed to 128 ppm. The NOAEL (no-
observed-adverse-effect level) was 32 ppm.

Formic acid was administered orally to rats in drinking water for 2 to 27
weeks at doses of 8.2, 10.2, 90, 160 or 360 mg/kg/day. No mortalities
were reported. Food consumption and growth were inhibited by formic acid
at 360 mg/kg/day, but no adverse effects were seen at the lower doses. In
another study, lower weight gain was reported in rats receiving formic
acid in the diet at 0.5 and 1.0% or in drinking water at 0.5 or 1.0%.


12. 生æ?资æ–?



Component Ecological Information

æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲醛
Ecotoxicity: Formaldehyde exhibits slight acute toxicity to various fish
species. The 24-, 48- and 96-hr. LC50 values (bluegill sunfish, trout,
bass, salmon, catfish, carp, golden orfe) are in the range 10-1000ppm.
Algae and some invertebrates appear more susceptible e.g., acute toxicity
occurs in green algae at 0.3-0.5ppm and in the water flea (daphnids) at 2-
52ppm (24/48-hr. EC50). Formaldehyde has bactericidal properties at low
levels (EC50, E. coli=1ppm).




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MSDS å·ç : 155
ææ–™å·ç : 80155
公布日期� 06/28/2004
Environmental Fate: The short atmospheric half-life, the low n-
octanol/water partition coefficient and the ability of animals &
microorganisms to rapidly biodegrade formaldehyde are expected to lead to
its ready removal if released into the environment.
Degradation: Formaldehyde in aqueous effluent is degraded by activated
sludge and sewage in 48-72 hr. In a die-away test with lake water,
degradation was complete in 30 hrs. under aerobic conditions and 48 hrs.
under anaerobic conditions. Atmospheric photochemical degradation is
rapid with estimated half-lives of 19hrs. or less.

Bioaccumulation: The log n-octanol/water partition coefficient is 0.35.
This suggests that formaldehyde has relatively low potential to
bioaccumulate.


æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲醇
Ecotoxicity: Toxicity information on the solution is generally not
available. Information on solution components is listed next.

Methanol exhibits low acute toxicity to aquatic species. The 24-, 48- and
96-hr. LC50 values for various fish species (bluegill sunfish, fathead
minnows, rainbow trout, goldfish, carp, bleak, creek chub) are in the
range 1700-28100ppm. The 18-, 24- and 48-hr. EC50 values for the water
flea (daphnids) are in the range 10000-24500ppm. The 18-hr. LC50 for
grass shrimp is 21900ppm and the 24-hr. LC50 for brine shrimp is
>10000ppm. Cell multiplication was inhibited after 8 days exposure to
8000ppm and 530ppm in the green algae (Scenedesmus quadricauda) and blue-
green algae (Anacystis aeruginosa), respectively.


Environmental Fate: The ability of animals and microorganisms to rapidly
biodegrade methanol coupled with its low n-octanol/water partition
coefficient is expected to lead to its rapid removal if released into the
environment.

Degradation: Under aerobic conditions methanol is readily biodegradable.
The 5-Day BOD values are 48-83% of COD. Biodegradation also occurs under
anaerobic conditions, e.g. 83-91% degradation in a marine water/sediment
system after 3 days. Atmospheric photochemical degradation (half-life) is
estimated to be be 17.8days. Volatilization half-lives of 4.8days and
51.7days have been estimated for a model river and a model pond,
respectively.

Bioaccumulation: The log n-octanol/water partition coefficient for
methanol is -0.77. This suggests that methanol has low potential to
bioaccumulate.
æˆåˆ†åŠåŒ–学文摘æœåŠ¡å¤„å·æ?? 甲酸



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ææ–™å·ç : 80155
公布日期� 06/28/2004
Ecotoxicity: Formic acid exhibits low to slight acute toxicity to aquatic
species.

Fish (Leuciscus idus) 48-hr. LC50 = 122 ppm.
Fish (Leuciscus idus) 96-hr. LC50 = 46 to100 ppm.
Fish (Lepomis gibbosus) 24-hr. LC50 = 175 to 5000 ppm.

Crustacean (Daphnia magna) 48-hr. EC50 = 120 to 151.2 ppm.
Crustacean (Daphnia magna Straus) 24-hr. EC50 = 34.2 ppm.
Crustacean (Daphnia magna Straus) 48-hr. EC50 = 34.2 ppm.

Arthropod (Artemia salina) 24-hr. LC50 = 410 ppm.

Algae (Scenedesmus quadricauda) 96-hr. Toxicity Threshold = 100 ppm.
Algae (Scenedesmus subspicatus) 72-hr. EC50 = 26.9 ppm.
Algae (Scenedesmus subspicatus) 96-hr. EC50 = 25 ppm.

Bacteria (Escherichia coli) 24-hr. NOEC = 1000 ppm.
Bacteria (Pseudomonas putida) 17-hr. EC50 = 46.7 ppm.
Bacteria (Belebtschlamm species) 30-min. EC0 = 1000 ppm.


Environmental Fate:

Degradation: Formic acid was determined to be "readily biodegradable" in
two separate aerobic tests according to OECD Guideline 301 E: Ready
Biodegradability: Modified OECD Screening Test. In six other aerobic
tests using various methods, biodegradation of formic acid ranged from
40.5 to 80.5 percent after 5 days. Seventy percent aerobic biodegradation
occurred after only 1 day using the Warburg technique with activated
sludge. Photodegradation (indirect photolysis) of formic acid occurs in
air and water. The half-life in air is 35.7 days. The half-life in water
is 0.9 year.

Bioaccumulation: The calculated values for the log octanol/water partition
coefficient of formic acid range from -1.55 to -0.22. The measured log
octanol/water partition coefficient is -0.54. These data indicate that
formic acid has low potential to bioaccumulate.




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ææ–™å·ç : 80155
公布日期� 06/28/2004
13. 丢弃时的注æ„事项

æ ¹æ®å·žå’Œå½“地对å±é™©åºŸæ–™è§„定处ç†æº¢å‡ºææ–™ã?‚建议方法是在è”邦或州准许的处ç†è®¾æ–½ç„šåŒ–或作生物处ç†ã€‚请注æ„ï¼?
此数æ®ä»…应用在所制é? çš„æ料;加工ã?使用或污染å¯èƒ½ä¼šä½¿æœ¬èµ„æ–™ä¸é€‚当ã€ä¸æ­£ç¡®æˆ–ä¸å®Œæ•´ã€?


请注æ„﹕这一处ç†ä¸Žä¸¢å¼ƒèµ„料也å¯èƒ½é€‚用于空容器ã€åž«å’Œæ®‹æ¸£ã?‚州或当地规定或é™åˆ¶éžå¸¸å¤æ‚,è?Œä¸”å¯èƒ½å¼‚于è”邦
规定。本资料的目的是å助适当的处ç†ä¸Žä¸¢å¼ƒï¼›å¤„ç†ä¸Žä¸¢å¼ƒçš„最åŽè´£ä»»ç”±åºŸæ–™çš„拥有人负责。å‚è§ã?Œç¬¬9部分,物ç?
与化学特性ã?ã??


环境ä¿æŠ¤å±?å±é™©åºŸæ–™ä»£ç ï¹? U122



14. è¿è¾“资料

US Department of Transportation:
UN/NA Number: UN 1198
Shipping name: FORMALDEHYDE, SOLUTIONS, FLAMMABLE
Hazard class: 3
Subsidiary hazard: (8)
Packing Group: PG III
DOT Reportable Quantity (RQ): 100 lb/45.4 kg (FORMALDEHYDE)
5000 lb/2270 kg (METHANOL)
Emergency Response Guide: 132


ICAO/IATA:
IATA UN Number: UN 1198
Proper Shipping Name: FORMALDEHYDE, SOLUTIONS, FLAMMABLE
Hazard Classification: 3 (Flammable Liquid)
Subsidiary Hazard: 8 (Corrosive Material)
Packing group: III
Label: (Flammable Liquid) (Corrosive)



IMDG:
International Marine UN Number: UN 1198
Proper Shipping Name: FORMALDEHYDE, SOLUTIONS, FLAMMABLE
Hazard Class: 3 (Flammable Liquid)
Subsidiary Hazard: 8 (Corrosive Material)
Packing Group: III
闪点(测试方法)� 56 C (133 F) to 64 C (147 F) (SETA)



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公布日期� 06/28/2004


Trade Information
Schedule B Code (export): 2912.11.0000
Harmonization Code (import): 29121100

15. 法规资料

INTERNATIONAL REGULATIONS
化学详细目录
列于下列国家的化学详细目录或符åˆè±å…资格:
AUSTRALIA,CHINA,CANADA,EUROPE,KOREA,PHILIPPINES, JAPAN

16. 其它资料

æä¾›å•ä½: 产å“指导éƒ?
Celanese å…¬å¸

å±é™©ç­‰çº§ 本资料仅供ç»NFPA å’?/æˆ? HMIS 系统训练的人员使用ã??

NFPA: Health: 3 Flammability: 2 Reactivity: 0

HMIS: Health: 3* Flammability: 2 Reactivity: 0

下列资料是最新版本MSDS出版åŽçš„ The following sections have been revised since the last issue of this
修正: MSDS.

9. 物ç†å’ŒåŒ–学特æ€? 3. å±é™©è¯†åˆ« 11. 毒æ?§èµ„æ–?
此处æ‰?å«èµ„料之精确性为我们æœ?大é™åº¦ä¹‹æ‰?知ã?‚我们并ä¸è¡¨ç¤ºæˆ–ä¿è¯æ­¤å¤„æ‰?列之å±é™©ä¸ºä»…有之å±é™©ã€‚就你所购得之æ料的安全使用
或与其它物质ä¸?并使用,Celaneseå…¬å¸ä¸æ供任何明确或暗示之ä¿ç”¨ã?‚其它ææ–™å¯åŠ é‡æœ¬æ料的å±é™©æ€§ï¼Œæœ¬æ料也å¯åŠ é‡å…¶å®ƒææ–?
çš„å±é™©æ?§ã?‚本ææ–™å¯ä»Žç›´æŽ¥æˆ–间接由其制æˆçš„气体ã€æ¶²ä½“或固体æ料中释出ã?‚使用è?…对确定本æ料是å¦é?‚用于任何用途åŠæ‰?计划çš?
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