求纯聚酯粉末涂料的MSDS

求英文版或中文版聚酯粉末涂料的MSDS,谢谢各大哈。。。。

纯聚酯 60%
固化剂 4.5%
流平剂 1%
硫酸钡 25%
颜料 适量

**粉末涂料
安全数据表
粉末涂料
产品及参考:所有提供 *****资料的产品

发布日期:2009年**月*日
1 产品和公司地址
产品名称 热固性粉末涂料
应用 静电喷涂
公司地址 安徽省黄山市
紧急情况联系电话 ****
2.成分构成/信息
在1997化学品(危险品知识与包装)规章的范围内体现健康危害的物质:
名称 含量范围 代表符号 R-术语(*)
异氰尿酸三缩水 0.1至<5.0% T R46 R23/25 R48/22
甘油酯(TGIC) R41 R43
(*)详见16小节
3.危害识别
该产品因含有TGIC被定为具有毒性。可能会有损害遗传基因的风险。可能引起皮肤接触性过敏。吸入和误食均有伤害。
4.急救措施
一般:
若有任何疑问或有症状持续出现,请寻医助。
保证失去意识的患者口中无任何东西。
吸入:
移到通风处,保持患者体温和静止。如果患者呼吸不规律或停止,进行人工呼吸急救。保证口中无异物。如果失去意识,安置在恰当位置并寻医助。
眼睛接触:
取下隐形眼睛。用大量干净的清水冲洗至少十分钟,保证眼皮张开并寻医助。
皮肤接触:
脱下被污染的衣物。用肥皂和水或者是合适的皮肤清洁剂彻底清洗。切忌使用溶剂或稀释剂。
吞服:
如不慎吞食,立即寻求医助。保持患者静躺,切勿导吐。
5.消防措施
灭火媒介:
建议:水,泡末,干粉,CO2,水喷淋或水雾
禁止使用:高压惰性气体(如CO2),水枪喷射
建议:
火灾现场浓厚的黑烟包含很多由于燃烧产生的有害物质(参看第10小节)。暴露于这种分解的物质中对健康有害。需要自带呼吸器的器械。用水喷的方式冷却暴露在火中的密闭容器。切勿把灭火器的流出物直接排到下水道或河道中。
6.应急意外泄露

排除火源,保证场地通风。无关人员远离现场。避免吸入灰尘。涉及到的保护措施列在7、8小节。打扫溢出粉末应使用防静电的真空清洁器或湿的清洁刷,并根据废物处理规则(参看13小节)收集在密闭容器中待处理。切勿使用扫把,以免形成灰尘层和静电积累。请勿直接排放到下水道或河道中。
如果产品进入下水道或河道,应立即联系当地自来水公司;如果污染了河流、小溪或湖泊,应求助当地环保部门。
7.处置和存储
处置
采取措施以预防灰尘积聚到高于爆炸或偶然爆炸极限。
电气和照明设备应根据相宜标准进行保护,切勿让灰尘接触热表面、火星或其它点火火源。
保证容器密封。排除热源、火星和明火。避免吸入灰尘。在储存和使用区域严禁抽烟、进食和饮水。
操作人员应佩带防静电鞋,地面保持导电。
涉及到个人防护参看8小节。
本产品包装物应交有资质的部门处理。
储存
阅读储存措施标识。一般贮存在35℃之下、通风良好、干燥的室内,不得靠近火源、暖气,避免阳光直射。禁止抽烟。不经授权不得进入。打开的包装一定要重新密封,并摆放适当位置防止泄露。
8.暴露控制/个人防护
暴露极限
物质 职业暴露极限
8小时 TWA(1) 15分钟 STEL(2)
mg/m3 (3) mg/m3 (3)
TGIC 0.1MEL
注释:
(1) 长期暴露极限—8小时时间的加权平均值
(2) 短期暴露极限—15分钟参考周期
(3) “OES”是指Occupational Exposure Standard(职业暴露标准), “MEL”是指Maximum Exposure Limit(最大暴露极限), “OELS”是取自于EH40的当前版本。
对TGIC的暴露可以用MDHS85(HSE)方法来测量。对TGIC的暴露还可以通过另外一种方法来测量,即测出总吸入微粒(TIP)然后再计算出这种物质中TGIC的含量是多少。
对于TGIC含量在0.1%—5.0%范围的产品,TIP的暴露低于2 mg/m3 就意味着TGIC的暴露低于0.1 mg/m3 MEL。

具有呼吸道疾病和过敏反应病史的人员必须要在适当的医疗监督下才能暴露于此产品中或处理此类产品。
技术措施
避免吸入粉尘。使用现场的排气通风和抽风装置来减少粉尘。如果这些措施仍不能将粉尘浓度控制在职业暴露极限之下,就需要佩带合适的呼吸保护装备。(参考下面的“个人防护”章节)
个人防护
用来控制对有害物质的暴露所有的PPE(个人防护装备)包括RPE(呼吸保护装备)都必须达标。
呼吸保护:
如果喷涂人员或附近其他人员对于产品的暴露不能控制在职业暴露极限之下,或是技术控制措施没有合理的改进,本产品喷涂时则必须佩带合适的呼吸保护装置。
手的保护:
皮肤暴露可能发生的区域,建议从手套供应商处选择合适的型号。
眼睛的保护:
当有可能暴露于产品中时,应佩带相应的防护镜免于灰尘的暴露。
皮肤的保护:
通常棉或合成棉的用品比较合适。
选择防护布料时一定要注意,应确保避免脖子和手腕处皮肤与粉末接触,以免其受刺激发炎。
9.物理和化学性质
物理状态 细粉状
比重 1.2—1.9
在水中的溶解性 不溶于水
最低点燃温度 400℃
最低点燃能量: 5—20mJ
最低爆炸浓度: 20—70g/m3
10.稳定性和反应活性
在建议的贮存和处理条件(见7小节)下产品保持稳定。在燃烧中,产品会分解有害物如烟、CO、CO2,也可能产生其它氮氧化合物。
11. 毒性信息
关于产品本身没有可获得的数据。
粉末可能会引起局部皮肤褶皱处或衣物紧裹处刺激。
12.生态信息
关于产品本身没有可获得的数据。
该产品含有对水生物有害的TGIC,因此可能会对水生环境造成长期的不利影响。
本产品不准排入河流或下水道,或是在可能影响土壤或地表水的地方沉积。
当应用本产品时应遵循在《环境保护法》中制定的《空气污染控制》规章要求。
13.处理考虑因素
不允许排入河道或下水道或是在可能影响土壤或地表水的地方沉积。废弃物包括空的容器,应根据在《污染控制法》和《环境保护法》中制定的规章处理。咨询你的废弃物处理商以获得更详尽的信息。
14.运输信息
运输时确保包装物的密封、完整,确保运输人员在发生泄露等事件时知道如何处理。在国际章程项下该产品并未被划分为危险运输品。
15.管理信息
根据1997《化学品规章》(有害信息和包装)的要求该产品的安全术语如下:
该产品含有TGIC被定为有毒级别。
R46 可能损害遗传基因
R43 可能引起皮肤接触性过敏
R36 对眼睛有刺激性
R20/22 若吸入或吞服均有损害
S24/25 避免与皮肤和眼睛接触
S45 意外事件或是你感觉不佳,立即需求医助(可能的话向医生出示标签)
S38 若通风不足应佩带合适的呼吸器具
S53 避免暴露—使用前熟悉特殊指导说明
此安全数据页里所包含的信息,根据其它健康和安全法律要求,并不能构成用户本身工作场地风险的评估。使用本产品时为了工作的健康和安全,应该遵循物质对健康危害的控制章程。
16.其他信息
此安全数据页里所包含的信息是根据1997《化学品规章》(有害信息和包装)的要求提供。
在第二小节包含的R术语全文是:
R23/25 若吸入或吞服均有毒性
R41 对眼睛严重损伤的风险
R43 可能引起皮肤接触性过敏
R46 可能损害遗传基因
R48/22 有害:长期暴露和误食对健康的严重损害危险
在没有向粉末供应商联系并获得书面的作业指导前,本产品不得用作除第一部分所列的其他用途。若本产品是在供应商控制之外其他特殊条件下使用,用户应确保遵从相关的法律要求。
此安全数据页里所包含的信息是基于现有的知识形态和当前的国家法律。它对本产品健康、安全和环境方面提供指导,但做特殊用途时并不能提供技术性能或稳定性的保证。
更详尽的信息和建议可从下列获得:
《1999物质有害健康控制章程》(SL1999:437)
《英国涂料联盟粉末涂料静电喷涂(安全惯例代码)应用》(01372 360 660)
《1992操作处理规章手册》(SL 1992:2793)
《化学品的入库贮存》:密封危险品的贮存 HS(G)71
《1992环境保护章程》(SL 1992:2839)
《1997化学品(危险品信息和包装)章程》(SL 1997:3247)

**** Powder Coating
SAFETY DATA SHEET NO 29
COATING POWDER
Product and reference:ALL PRODUCT PROVIDED THE SDS 29 MATERIAL

Date of Issue:***. **st, 2009

1 IDENTIFICATION OF THE PREPARATION AND COMPANY
Product name and/or code: Thermosetting Coating Powder
Intended use: ***
Name and full address: *****
****

Emergency phone number: ***

2. COMPOSITION/INFORMATION ON INGREDIENTS

Substances presenting a health hazard within the meaning of the Chemicals (Hazard Information and Packaging) Regulations 1997:

Name Conc. Range Symbol Letter R-phrases(*)
Triglycidyl(TGIC) 0.1 to <5.0% T R46, R23/25, R48/22,R41,R43
Isocyanurate

(*)For full text see section 16
3.HAZARDS IDENTIFICATION

This product contains TGIC and is classified as toxic. Possible risk of heritable genetic damage. May cause sensitisation by skin contact and may be irritating to eyes. Harmful by inhalation and if swallowed.

4. FIRST AID MEASURES

General:
In all cases of doubt, or when symptoms persist, seek medical attention.
Never give anything by mouth to an unconscious person.

Inhalation:
Remove to fresh air, keep the patient warm and at rest. If breathing is irregular or stopped, administer artificial respiration. Give nothing by mouth. If unconscious, place in the recovery position and seek medical advice.

Eye contact:
Contact lenses should be removed. Irrigate copiously with clean, fresh water for at least 10 minutes, holding the eyelids apart, and seek medical advice.

Skin Contact:
Remove contaminated clothing. Wash skin thoroughly with soap and water or use a proprietary skin cleaner. Do NOT use solvents or thinners.

Ingestion:
If accidentally swallowed, obtain medical attention. Keep at rest. Do NOT induce vomiting.

5. FIRE FIGHTING MEASURES

Extinguishing media:
Recommended: water, extinguisher of foam, Powder and Carbon dioxide, water spray/mist.
Not to be used: high pressure inert gas(e.g. CO2),water jets.

Recommendations:
Fire will produce dense black smoke containing hazardous products of combustion (see Section 10). Exposure to decomposition products may be a hazard to health. Appropriate self-contained breathing apparatus may be required. Cool closed containers exposed to fire with water spray. Do not allow run-off from fire fighting to enter drains or watercourses.

6. ACCIDENTAL RELEASE MEASURES

Exclude sources of ignition and ventilate the area. Exclude non-essential personnel. Avoid breathing dust. Refer to protective measures listed in Sections 7&8. Contain and collect spillage with an anti- electrostatic vacuum cleaner or by wet brushing and place in a closed container for disposal in accordance with the waste regulations (see Section 13). Do not use a dry brush or static electricity can be created. Do not allow to enter drains or watercourses.

If the product enters drains or sewers, the local water company should be contacted immediately; in case of contamination of streams, rivers or lakes, the relevant environment agency.

7. HANDLING AND STORAGE

Handling:
Precautions should be taken to prevent the formation of dusts in concentrations above explosive or occupational exposure limits.

Electrical equipment and lighting should be protected to appropriate standards and to prevent dust coming into contact with hot surfaces, sparks or other ignition sources.

Keep the container tightly closed. Exclude sources of heat, sparks and open flame. Avoid the inhalation of dusts. Smoking, eating and drinking should be prohibited in areas of storage and use.

Operators should wear anti-static footwear and floors should be electrically conductive.

For personnel protection see Section 8.

The containers of this product should be handled in qualified department.

Storage:
Observe the label precaution. Store below 35℃ in a dry, well ventilated place away from sources of heat, ignition and direct sunlight. No smoking. Prevent unauthorized access. Containers which are opened should be properly released and upright to prevent leakage.

8. EXPOSURE CONTROLS/ PERSONAL PROTECTION

Exposure Limits:

Substance Occupational Exposure Limits
8hr TWA(1) 15min STEL(2)
mg/m3 (3) mg/m3 (3)

TGIC 0.1 MEL
Notes:
(1) Long term exposure limit—8 hour time weighted average
(2) Short term exposure limit—15 minutes reference period
(3) “OES”indicates an Occupational Exposure Standard. ‘MEL’ indicates a Maximum Exposure Limit. OELS are taken from the current version of EH40.
Exposure to TGIC can be measured by the method described in MDHS 85 (HSE). An estimate of exposure to TGIC can also be carried out by measuring exposure to total inhalation particulate(TIP), and then calculating how much of this material is TGIC.
For products with TGIC content in the range 0.1 to <5.0% exposure to TIP below 2 mg/m3 will mean exposure to TGIC will be below the MEL of 0.1 mg/m3.

Persons with a history respiratory problems or allergic responses should only be exposed to, or handle, this product under appropriate medical supervision.

Engineering Measures:
Avoid the inhalation of dusts. Where reasonably practicable this should be achieved by the use of local exhaust ventilation and good general extraction. If there are not sufficient to maintain concentrations of dust below the relevant Occupational Exposure Limits, suitable respiratory protective equipment should be worn (see ‘personal protection’ below).

Personal Protection:
All PPE, including RPE, used to control exposure to hazardous substances must be selected to meet the relevant requirements.

Respiratory Protection:
Suitable respiratory protective equipment should be worn when this product is sprayed if the exposure of the sprayer or other people nearby cannot be controlled to below the occupational exposure limit and the engineering controls and methods cannot reasonably be improved.

Hand Protection:
Where skin exposure may occur, advice should be sought from glove suppliers on appropriate types.

Eye protection:
Eye protection designed to protect against exposure to dusts should be worn when there is a likelihood of exposure.

Skin Protection:
Cotton or cotton/ synthetic overalls or overalls are normally suitable.
Care should be taken in the selection of protective clothing to ensure that inflammation and irritation of the skin at the neck and wrists through contact with the powder is avoided.

9. PHYSICAL AND CHEMICAL PROPERTIES

Physical state: Fine powder
Specific Gravity: 1.2—1.9
Solubility in water: insoluble
Minimum ignition temp: 400℃
Minimum ignition energy: 5—20mJ
Minimum explosive concentration: 20—70g/m3

10. STABILITY AND REACTIVITY

Stable under the recommended storage and handling conditions (See Section 7). In a fire, hazardous decomposition products such as smoke, carbon monoxide, carbon dioxide and oxides of nitrogen may be produced.

11. TOXICOLOGICAL INFORMATION

There is no data available on the product itself. Coating powders can cause localized skin irritation in folds of the skin or in contact with tight clothing.

12. ECOLOGICAL INFORMATION

There is no data available on the product itself.
This product contains Triglycidyl Isocyanurate (TGIC) which is classified as harmful to aquatic organisms, and may cause long-term adverse effects in the aquatic environment.
The product should not be allowed to enter drains or watercourses or be deposited where it can affect ground or surface waters.
The Air Pollution Control requirements of regulations made under the Environmental Protection Act may apply to the use of this product.

13. DISPOSAL CONSIDERATIONS

Do not allow into drains or watercourses or dispose of where ground or surface waters may be affected. Wastes, including emptied containers, are controlled wastes and should be disposed of in accordance with regulations made under the Control of Pollution Act.

14. TRANSPORT INFORMATION

Always transport in closed containers that are upright and secure. Ensure that persons transporting the product know what to do in the event of accident or spillage.
The product is not classified as dangerous for carriage under International regulations.

15. REGULATORY INFORMATION

The safety phrases of this product is identified in accordance with the requirements of the Chemicals (Hazard Information and Packaging for Supply) Regulations (1997) as follows.

This product contains Triglycidyl Isocyanurate (TGIC) and is classified as toxic.
R46 May cause heritable genetic damage
R43 May cause sensitisation by skin contact.
R36 Irritating to eyes.
R20/22 Harmful by inhalation and if swallowed
S24/25 Avoid contact with skin and eyes.
S45 In case of accident or if you feel unwell, seek medical advice immediately (show
the label where possible).
S38 In case of insufficient ventilation wear suitable respiratory equipment.
S53 Avoid exposure –obtain special instructions before use.

The information contained in this safety data sheet does not constitute the user’s own assessment of workplace risks as required by other health and safety legislation. The provisions of the Health and Safety at Work etc Act and the Control of Substances Hazardous to Health Regulations apply to the use of this product at work.

16. OTHER INFORMATION

The information in this safety data sheet is provided in accordance with the requirements of the Chemicals (Hazard Information and Packaging) Regulations 1997.

The full text of the R phrase contained in Section 2 is:-
R23/25 Toxic by inhalation and if swallowed.
R41 Risk of serious damage to eyes.
R43 May cause sensitisation by skin contact.
R46 May cause heritable genetic damage.
R48/22 Harmful: danger of serious damage to health by prolonged exposure if swallowed.

The product should not used for purposes other than those shown in Section 1 without first referring to the powder supplier and obtaining written handling instructions. As the specific conditions of use of the product are outside the supplier’s control, the user is responsible for ensuring that the requirements of relevant legislation are complied with.

The information contained in this data sheet is based on the present state of knowledge and current national legislation. It provides guidance on health, safety and environmental aspects of the product and should not be construed as any guarantee of technical performance or suitability for particular application.

Further information and relevant advice can be found in:
The Control of Substances Hazardous to Health Regulations 1999(SL1999:437).
The Application of Powder Coatings by Electrostatic Spraying (Code of Safe Practice) from British Coatings Federation(01372 360 660).
The Manual Handling Operations Regulations 1992(SL 1992:2793).
Chemical Warehousing: Storage of Packaged Dangerous Substances HS(G)71
The Environmental Protection (Duty of Care) Regulations 1992(SL 1992:2839).
The Chemicals (Hazard Information and Packaging) Regulations 1997(SL 1997:3247).
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第1个回答  2009-03-02
希望下面内容对你有用:
粉末涂料安全技术说明书,英文简称MSDS,是一份关于粉末涂料燃、爆、毒性和生态危害以及安全使用、泄露应急处理、主要理化参数、法律法规等方面信息的综合性文件,作为对客户的一种服务,特别是生产企业和进出口企业,粉末涂料供应商应随粉末涂料产品一起向客户提供粉末涂料安全技术说明书,使客户明了粉末涂料的有关危害,施工使用时能自主进行防护,起到减少职业危害和预防化学事故的作用。
粉末涂料安全技术说明书主要用途粉末涂料安全技术说明书作为最基础的粉末涂料技术文件,主要用途是传递安全信息,它的主要作用表现在如下方面:①是给从事粉末涂料工作人员安全使用粉末涂料的指导性文件;②为粉末涂料生产、处置、储存和使用各个环节指定安全操作规程提供技术信息;③为危害控制和预防措施设计提供技术依据;④是企业安全教育的主要内容。

编制粉末涂料安全技术说明书的要求及必要性

粉末涂料供应商即粉末涂料生产商,对粉末涂料安全技术说明书的编写和供给负有最基本的责任,生产企业必须按照国家法规填写符合规定要求的粉末涂料安全技术说明书,全面详实地向用户提供有关粉末涂料的本企业产品的粉末涂料安全技术说明书,具体应包括安全卫生信息,并确保接触粉末涂料的工作人员能方便查阅,还应负责更新本企业产品的粉末涂料安全技术说明书,确保接触粉末涂料的作业人员能方便地查阅。

经营、销售企业所经销的粉末涂料必须附带安全技术说明书;经营进出口粉末涂料的企业,应负责向供应商、进出口商索取最新的中英文粉末涂料安全技术说明书,随粉末涂料产品提供给客户。运输部门对无粉末涂料安全技术说明书的粉末涂料一律不予承运。

粉末涂料安全技术说明书的具体内容

根据《化学品安全技术说明书编写规范》(GB16483-1998)规定,安全技术说明书应包括安全信息16大项近70个小项的内容,具体的项目解释如下:

(1)化学品及企业标识:主要产品粉末涂料名称、生产企业、地址、电话、应急电话、联系人员。

(2)成分/组成信息:包括粉末涂料主要成分,对安全和健康构成危害的组分、CAS号和重量比例。

(3)危险性概述:简要说明该粉末涂料最重要的危害和效应,主要包括:危险性类别、侵入途径、燃爆危险、健康危害、生态危害等信息。

(4)急救措施:是指人员意外地受到粉末涂料伤害时,所需要采取的自救或者互救的简要的处理方法,包括皮肤接触、眼睛接触、吸入或食入的急救措施。

(5)消防措施:是指粉末涂料合适的灭火介质及消防人员、个体防护等方面的信息,包括危险性、灭火方法、灭火注意事项等。

(6)遗漏应急处理:是指粉末涂料遗漏后现场可采用的简单的有效应急处理措施、注意事项等。

(7)操作处置和储存:主要是指关于操作处置和安全储存方面的信息资料,包括:操作注意事项、储存注意事项等内容。

(8)接触控制/个体防护:是指在生产、操作处置、搬运和使用粉末涂料的作业过程中,为保护作业人员免受粉末涂料危害而采取的防护方法和手段。

(9)理化特性:主要是粉末涂料外观及理化特性等方面的信息。

(10)稳定性和反应活性:叙述粉末涂料的稳定性和反应活性方面的信息,包括:稳定性、禁配物、应避免接触的条件、聚合危害、燃烧分子产物。

(11)毒理学资料:主要提供粉末涂料详细完整的毒理学资料。

(12)生态学资料:对可能造成环境影响的主要特性应予以描述,包括迁移性、降解性、生物累积性和生态毒性。

(13)废弃处置:提供粉末涂料和可能具有有害粉末涂料残余的污染、包装的安全处置方法及要求。

(14)运输信息:是指国内、国际粉末涂料包装、运输的要求及运输规定的分类和标号及运输注意事项等。

(15)法规信息:提供对粉末涂料进行危险性分类和监管的法规信息。

(16)其它信息:是提供其它对安全有重要意义的信息,包括:参考文献、填表时间、填表部门、填表人、数据审核单位等。

粉末涂料安全技术说明书格式

根据需要,生产和经营粉末涂料企业在编制粉末涂料安全技术说明书时,只要保留标准(GB164831998)的全部内容项目和信息,其格式标准规定(GB16483-1998)的大项目不可以随意删除和合并,顺序不可随意变更,对有些特殊物质,应增设相关项目以说明其特殊性。

粉末涂料安全技术说明书填写的数据和资料应真实可靠,尽可能具体实用,项与项之间的数据不能互相矛盾。
第2个回答  2019-05-27
网上能找到的也是不全的,要对应现有的法规来编制MSDS的。
第3个回答  2009-03-05
MSDS一般分为16项,天使已经在上面说了,但是一定要注意你所使用的颜料类型,特别是含有重金属之类的颜料,另外,如果产品用于出口,还要注意是否使用了对人体和化境有毒有害的化学品(一般来说符合ROHS和PAHS都没问题)。如果没有这些,你可以套用类似组分的产品的MSDS即可编写一个。