加州含铅量管控程序
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美国加州65提案(Proposition 65)检测认证美国FDA限量标准、加州的65准则过美国加州 65 及 FDA 食品药物管理局检测铅、镉含量低于安全标准值。
2005年8月,美国加利福尼亚州收紧1986年前通过的《加州65提案(Proposition 65)》,引起各地区供应商关注。
条例把700多种化学物质列为“已知可致癌”或“已知可导致生殖系统受损”的物质,其中包括铅和镉等常见金属;并规定商家须于可能释出该等物质的消费品附上“清晰和合理”的警告标签。
根据《加州65提案》,营运过程所牵涉的任何人士,包括零售商、进口商、分销商以及海外出口商、贸易商和生产商等均须遵守有关规定。
假若有关人士违规,市民或环保团体可以代表公众提出诉讼,法庭可就过去1年每种售予加州消费者的问题产品判处最高2,500美元的罚款。
如果控方获胜,代表市民提出起诉的律师除收取律师费外,亦可索回调查费用,总额往往高达100万美元或以上。
比如,陶瓷餐具是《加州65提案》针对的对象之一。
《加州65提案》最近一次的重大修订是在1993年。
据专营餐具有关商家表示,以前只有接触食品的餐具表面受到管制,现在条文修订了有关定义,他们必须遵守。
2005年8月,条例涵盖的新订产品范围获法庭批准,新增对玻璃及陶瓷器具外部非食物接触面的有色装饰部分(包括颜料及装饰)加以管制。
就饰花玻璃器具来说,用来装饰外部“边唇”范围(即顶部20毫米)的物料,最多只能含有200ppm的铅或800ppm的镉。
边唇范围以下,器具外部的装饰最多只可含有600ppm 的铅或4,800ppm的镉,未超标者毋须附上《加州65提案》规定的警告标签。
此外,如果边唇范围并无装饰,以及对所有装饰面进行NIOSH9100拭抹测试,显示释铅量不足1微克,释镉量不足8微克,则毋须附上警告标签。
条例规定,根据24小时醋酸铅溶液测试结果,扁平陶瓷餐具(例如碟子)的食物接触面所释出的铅,浓度不得超过百万分之0.226(0.226ppm),陶瓷空心餐具(例如茶杯和水杯)内部食物接触面所释出的铅,浓度不得超过0.100ppm。
cp65测试标准
CP65测试标准是美国加州65提案中的一项标准,该标准规定了产品中铅的含量限制。
根据CP65测试标准,从2010年12月1日起,连接件涂层的铅不能超过90ppm,从2010年12月1日起,接触皮革制品(包括合成皮革)的铅含量不得超过600ppm,从2011年12月1日起降低到300ppm。
此外,加州65提案还规定了其他有害化学物质的限量要求,包括苯、甲苯、乙苯、二甲苯等。
需要注意的是,加州65提案的限量要求并不是固定的,而是根据不同物质和产品类别而有所不同。
因此,在进行产品检测时,需要根据具体的物质和产品类别来确定限量要求。
同时,为了符合加州65提案的要求,企业需要了解和遵循相关法律法规和标准的要求,建立和完善产品质量控制体系,确保产品符合相关标准和法规的要求。
THE PEOPLE OF THE STATE OF CALIFORNIA DO ENACT AS FOLLOWS:SECTION 1. Article 10.1.1 (commencing with Section 25214.1) is added to Chapter 6.5 of Division 20 of the Health and Safety Code, to read:Article 10.1.1 Lead-Containing Jewelry25214.1. For purposes of this article, the following definitions shall apply:(a) "Amended consent judgment" means the amended consent judgment in the consolidated action entitled People vs. Burlington Coat Factory Warehouse Corporation, et al. (Alameda Superior Court Lead Case No. RG 04-162075) that was entered by the court on June 15, 2006.(b) "Body piercing jewelry" means any part of jewelry that is manufactured or sold for placement in a new piercing or a mucous membrane, but does not include any part of that jewelry that is not placed within a new piercing or a mucous membrane.(c) "Children" means children aged six and younger.(d) "Children's jewelry" means jewelry that is made for, marketed for use by, or marketed to, children. For purposes of this article, children's jewelry includes, but is not limited to, jewelry that meets any of the following conditions:(1) Represented in its packaging, display, or advertising, as appropriate for use by children.(2) Sold in conjunction with, attached to, or packaged together with other products that are packaged, displayed, or advertised as appropriate for use by children.(3) Sized for children and not intended for use by adults.(4) Sold in any of the following:(A) A vending machine.(B) Retail store, catalogue, or online Web site, in which a person exclusively offers for sale products that are packaged, displayed, or advertised as appropriate for use by children.(C) A discrete portion of a retail store, catalogue, or online Web site, in which a person offers for sale products that are packaged, displayed, or advertised as appropriate for use by children.(e) (1) "Class 1 material" means any of the following materials:(A) Stainless or surgical steel.(B) Karat gold.(C) Sterling silver.(D) Platinum, palladium, iridium, ruthenium, rhodium, or osmium.(E) Natural or cultured pearls.(F) Glass, ceramic, or crystal decorative components, including cat's eye, cubic zirconia, including cubic zirconium or CZ, rhinestones, and cloisonne.(G) A gemstone that is cut and polished for ornamental purposes, except as provided in paragraph (2).(H) Elastic, fabric, ribbon, rope, or string, unless it contains intentionally added lead and is listed as a class 2 material.(I) All natural decorative material, including amber, bone, coral, feathers, fur, horn, leather, shell, wood, that is in its natural state and is not treated in a way that adds lead.(J) Adhesive.(2) The following gemstones are not class 1 materials: aragonite, bayldonite, boleite, cerussite, crocoite, ekanite, linarite, mimetite, phosgenite, samarskite, vanadinite, and wulfenite.(f) "Class 2 material" means any of the following materials:(1) Electroplated metal that meets the following standards:(A) On and before August 30, 2009, a metal alloy with less than 10 percent lead by weight that is electroplated with suitable under and finish coats.(B) On and after August 31, 2009, a metal alloy with less than 6 percent lead by weight that is electroplated with suitable under and finish coats.(2) Unplated metal with less than 1.5 percent lead that is not otherwise listed as a class 1 material.(3) Plastic or rubber, including acrylic, polystyrene, plastic beads and stones, and polyvinyl chloride (PVC) that meets the following standards:(A) On and before August 30, 2009, less than 0.06 percent (600 parts per million) lead by weight.(B) On and after August 31, 2009, less than 0.02 percent (200 parts per million) lead by weight.(4) A dye or surface coating containing less than 0.06 percent (600 parts per million) lead by weight.(g) "Class 3 material" means any portion of jewelry that meets both of the following criteria:(1) Is not a class 1 or class 2 material.(2) Contains less than 0.06 percent (600 parts per million) lead by weight.(h) "Component" means any part of jewelry.(i) "EPA reference methods 3050B (Acid Digestion of Sediments, Sludges and Soils) or 3051 (Microwave Assisted Digestion/ Sludge, Soils)" means those test methods incorporated by reference in paragraph (11) of subdivision (a) of Section 260.11 of Title 40 of the Code of Federal Regulations.(j) "Jewelry" means any of the following:(1) Any of the following ornaments worn by a person:(A) An anklet.(B) Arm cuff.(C) Bracelet.(D) Brooch.(E) Chain.(F) Crown.(G) Cuff link.(H) Decorated hair accessories.(I) Earring.(J) Necklace.(K) Pin.(L) Ring.(M) Body piercing jewelry.(2) Any bead, chain, link, pendant, or other component of an ornament specified in paragraph (1).(k) (1) "Surface coating" means a fluid, semifluid, or other material, with or without a suspension of finely divided coloring matter, that changes to a solid film when a thin layer is applied to a metal, wood, stone, paper, leather, cloth, plastic, or other surface.(2) "Surface coating" does not include a printing ink or a material that actually becomesa part of the substrate, including, but not limited to, pigment in a plastic article, or a material that is actually bonded to the substrate, such as by electroplating or ceramic glazing.25214.2. (a) On and after March 1, 2008, a person shall not manufacture, ship, sell, or offer for sale jewelry for retail sale in the state unless the jewelry is made entirely from a class 1, class 2, or class 3 material, or any combination thereof.(b) Notwithstanding subdivision (a), on and after September 1, 2007, a person shall not manufacture, ship, sell, or offer for sale children's jewelry for retail sale in the state unless the children's jewelry is made entirely from one or more of the following materials:(1) A nonmetallic material that is a class 1 material.(2) A nonmetallic material that is a class 2 material.(3) A metallic material that is either a class 1 material or contains less than 0.06 percent (600 parts per million) lead by weight.(4) Glass or crystal decorative components that weigh in total no more than one gram, excluding any glass or crystal decorative component that contains less than 0.02 percent (200 parts per million) lead by weight and has no intentionally added lead.(5) Printing ink or ceramic glaze that contains less than 0.06 percent (600 parts per million) lead by weight.(6) Class 3 material that contains less than 0.02 percent (200 parts per million) lead by weight.(c) Notwithstanding subdivision (a), on and after March 1, 2008, a person shall not manufacture, ship, sell, or offer for sale body piercing jewelry for retail sale in the state unless the body piercing jewelry is made of one or more of the following materials:(1) Surgical implant stainless steel.(2) Surgical implant grade of titanium.(3) Niobium (Nb).(4) Solid 14 karat or higher white or yellow nickel-free gold.(5) Solid platinum.(6) A dense low-porosity plastic, including, but not limited to, Tygon or Polytetrafluoroethylene (PTFE), if the plastic contains no intentionally added lead. 25214.3. (a) Notwithstanding this chapter, a person who violates this article shall not be subject to any criminal penalties imposed pursuant to this chapter and shall only be subject to the civil penalty specified in subdivision (b).(b) (1) A person who violates this article shall be liable for a civil penalty not to exceed two thousand five hundred dollars ($2,500) per day for each violation. That civil penalty may be assessed and recovered in a civil action brought in any court of competent jurisdiction.(2) In assessing the amount of a civil penalty for a violation of this article, the court shall consider all of the following:(A) The nature and extent of the violation.(B) The number of, and severity of, the violations.(C) The economic effect of the penalty on the violator.(D) Whether the violator took good faith measures to comply with this article and the time these measures were taken.(E) The willfulness of the violator's misconduct.(F) The deterrent effect that the imposition of the penalty would have on both the violator and the regulated community as a whole.(G) Any other factor that justice may require.(c) All civil penalties collected pursuant to this article shall be deposited in the Hazardous Waste Control Account, for expenditure by the department, upon appropriation by the Legislature, to implement and enforce this article.(d) Notwithstanding subdivision (b), a party to the amended consent judgment, or a party to a consent judgment entered in the consolidated action entitled People vs. Burlington Coat Factory Warehouse Corporation, et al. (Alameda Superior Court Lead Case No. RG 04-162075) that contains identical or substantially identical terms as provided in Sections 2, 3, and 4 of the amended consent judgment, shall be deemed to be in compliance with this article, and any action brought to enforce this article against the party shall be subject to Section 4 of the amended consent judgment.25214.4. The testing methods for determining compliance with this article shall be conducted using the EPA reference methods 3050B or 3051 for the material being tested, except as otherwise provided in Sections 24214.4.1 and 25214.4.2, and in accordance with all of the following procedures:(a) When preparing a sample, the laboratory shall make every effort to assure that the sample removed from a jewelry piece is representative of the component to be tested, and is free of contamination from extraneous dirt and material not related to the jewelry component to be tested.(b) All jewelry component samples shall be washed prior to testing using standard laboratory detergent, rinsed with laboratory reagent grade deionized water, and dried in a clean ambient environment.(c) If a component is required to be cut or scraped to obtain a sample, the metal snips, scissors, or other cutting tools used for the cutting or scraping shall be made of stainless steel and washed and rinsed before each use and between samples.(d) A sample shall be digested in a container that is known to be free of lead and with the use of an acid that is not contaminated by lead, including analytical reagent grade digestion acids and reagent grade deionized water.(e) Method blanks, consisting of all reagents used in sample preparation handled, digested, and made to volume in the same exact manner and in the same container type as samples, shall be tested with each group of 20 or fewer samples tested.(f) The results for the method blanks shall be reported with eachgroup of sample results, and shall be below the stated reporting limit for sample results to be considered valid.25214.4.1. In addition to the requirements of Section 25214.4, the following procedures shall be used for testing the following materials:(a) For testing a metal plated with suitable undercoats and finish coats, the following protocols shall be observed:(1) Digestion shall be conducted using hot concentrated nitric acid with the option of using hydrochloric acid or hydrogen peroxide.(2) The sample size shall be 0.050 gram to one gram.(3) The digested sample may require dilution prior to analysis.(4) The digestion and analysis shall achieve a reported detection limit no greater than 0.1 percent for samples.(5) All necessary dilutions shall be made to ensure that measurements are made within the calibrated range of the analytical instrument.(b) For testing unplated metal and metal substrates that are not a class 1 material the following protocols shall be observed:(1) Digestion shall be conducted using hot concentrated nitric acid with the option of using hydrochloric acid and hydrogen peroxide.(2) The sample size shall be 0.050 gram to one gram.(3) The digested sample may require dilution prior to analysis.(4) The digestion and analysis shall achieve a reported detection limit no greater than 0.01 percent for samples.(5) All necessary dilutions shall be made to ensure that measurements are made within the calibrated range of the analytical instrument.(c) For testing polyvinyl chloride (PVC), the following protocols shall be observed:(1) The digestion shall be conducted using hot concentrated nitric acid with the option of using hydrochloric acid and hydrogen peroxide.(2) The sample size shall be a minimum of 0.05 gram if using microwave digestion or 0.5 gram if using hotplate digestion, and shall be chopped or comminuted prior to digestion.(3) Digested samples may require dilution prior to analysis.(4) Digestion and analysis shall achieve a reported detection limit no greater than 0.001 percent (10 parts per million) for samples.(5) All necessary dilutions shall be made to ensure that measurements are made within the calibrated range of the analytical instrument.(d) For testing plastic or rubber that is not polyvinyl chloride (PVC), including acrylic, polystyrene, plastic beads, or plastic stones, the following protocols shall be observed:(1) The digestion shall be conducted using hot concentrated nitric acid with the option of using hydrochloric acid or hydrogen peroxide.(2) The sample size shall be a minimum of 0.05 gram if using microwave digestion or 0.5 gram if using hotplate digestion, and shall be chopped or comminuted prior to digestion.(3) Plastic beads or stones shall be crushed prior to digestion.(4) Digested samples may require dilution prior to analysis.(5) Digestion and analysis shall achieve a reported detection limit no greater than 0.001 percent (10 parts per million) for samples.(6) All necessary dilutions shall be made to ensure that measurements are made within the calibrated range of the analytical instrument.(e) For testing coatings on glass and plastic pearls, the following protocols shall be observed:(1) The coating of glass or plastic beads shall be scraped onto a surface free of dust, including a clean weighing paper or pan, using a clean stainless steel razor blade or other clean sharp instrument that will not contaminate the sample with lead. The substrate pearlmaterial shall not be included in the scrapings.(2) The razor blade or sharp instrument shall be rinsed with deionized water, wiped to remove particulate matter, rinsed again,and dried between samples.(3) The scrapings shall be weighed and not less than 50 micrograms of scraped coating shall be used for analysis. If less than 50 micrograms of scraped coating is obtained from an individual pearl, multiple pearls from that sample shall be scraped and composited to obtain a sufficient sample amount.(4) The number of pearls used to make the composite shall be noted.(5) The scrapings shall be digested according to EPA reference method 3050B or 3051 or an equivalent procedure for hot acid digestion in preparation for trace lead analysis.(6) The digestate shall be diluted in the minimum volume practical for analysis.(7) The digested sample shall be analyzed according to specification of an approved and validated methodology for inductively coupled plasma mass spectrometry.(8) A reporting limit of 0.001 percent (10 parts per million) in the coating shall be obtained for the analysis.(9) The sample result shall be reported within the calibrated range of the instrument. If the initial test of the sample is above the highest calibration standard, the sample shall be diluted and reanalyzed within the calibrated range of the instrument.(f) For testing dyes, paints, coatings, varnish, printing inks, ceramic glazes, glass, or crystal, the following testing protocols shall be observed:(1) The digestion shall use hot concentrated nitric acid with the option of using hydrochloric acid or hydrogen peroxide.(2) The sample size shall be not less than 0.050 gram, and shall be chopped or comminuted prior to digestion.(3) The digested sample may require dilution prior to analysis.(4) The digestion and analysis shall achieve a reported detection limit no greater than 0.001 percent (10 parts per million) for samples.(5) All necessary dilutions shall be made to ensure that measurements are made within the calibrated range of the analytical instrument.(g) For testing glass and crystal used in children's jewelry, the following testing protocols for determining weight shall be used:(1) A component shall be free of any extraneous material, including adhesive, before it is weighed.(2) The scale used to weigh a component shall be calibrated immediately before the components are weighed using S-class weights of one and two grams, as certified by the National Institute of Standards and Technology (NIST) of the Department of Commerce.(3) The calibration of the scale shall be accurate to within 0.01 gram.25214.4.2. The department may adopt regulations that modify the testing protocols specified in Sections 25214.4 and 25214.4.1, as it deems necessary to further the purposes of this article.加利福尼亚州制定如下法律:第1节。
欧盟RoHS指令已经实施,世界其他国家的新兴立法也不断涌现。
在美国,有关立法在州政府层面一直相当活跃,在环境立法方面表现活跃的各州之中,美国加利福尼亚州(以下简称加州)在环境法规的制定上一直领先。
早在2003年,加州就制定了《电子废物再生法》,即参议院法案S.B.20及稍后的修正案S.B.50,规定了视频显示设备回收再生和限制物质要求。
这部法案通常被称为“加州RoHS”,与欧盟RoHS指令相比,“加州RoHS”,有其独特之处。
REF Docs 参考文献Related documents of “California ROHS”, these documents may very helpful to you.加州法令相关文档下载,这些文档对于想全面了解加州ROHS法令的同仁来说可能很有用。
(PDF) Restriction on Electronic Devices 01-05-06(PDF)SB 20: Electronic Waste Recycling Act of 2003(PDF)SB 50: Emergency Amendment to SB 20(PDF)Impact of the RoHS Directive in the United States(PPT)适用于电气电子设备的全球有害物质禁用措施The Scope and Requirement of California ROHS Act(S.B.20/50)加州ROHS指令的范围及要求SB 20 applies only to CRT, LCD and plasma screens larger than four inches measured diagonally. SB 50 extended coverage to products refurbished by the manufacturer for retail sale.SB20法令只针对带有4英寸以上的阴极射线管、液晶、等离子的设备,范围为符合上述要求的零售设备。
2015-08-03 14:42:28加州65更新有害物质管控清单背景介绍加州65号提案即《1986年饮用水安全与毒性物质强制执行法》,1986年11月颁发,其宗旨是保护美国加州居民及该州的饮用水水源,使水源不含已知可能导致癌症、出生缺陷或其他生殖发育危害的物质,并在产品出现该类物质时如实通知居民。
加州65管控物质清单由OEHHA出台并每季度更新,首次出版于1987年,最新清单中物质已达900多种。
核心管控要求1、禁止引用水源污染:任何人在经营过程中不得有意排放或释放加州所知的致癌性或有生殖毒性的物质进入水源或投放到可能污染水源的土地上或土地中。
2、警示要求:某一种化学物质被列入管控清单后,制造商和经销商须在12个月内完成警告的执行,在20个月内终止化学物质排放至饮用水源头。
此日期过后,政府或个人执法者,包括代表公众利益的个人或组织,可对违反法规者提起诉讼。
3、有害物质限量要求:加州65法案管控清单本身并未对物质设定限值,产品中有害物质的管控限值,参考已有的针对此类产品的诉讼案或协议,这些文件中,可能会达成针对某类产品中某些物质的限值要求以及测试方法。
4、企业在进行加州65管控时,首先应比对已有的此类产品的诉讼案中确定的物质管控要求,然后参考此管控来调查产品中的有害物质。
CTI建议加州65本身并未规定具体管控产品类别,但是由于法案制定的目的是为了避免有害物质进入加州水源,所以,理论上来说,一切含有有害物质的产品都在其管控范围内,企业可以关注法规新增加的以及高风险的化学物质。
展开供应链调查,必要时可以进行检测,以降低产品违规风险。
2015-11-16 15:09:12加州65欲添加五氯苯酚类物质到有害物质清单背景介绍1986年11月,加利福尼亚州颁布《1986年饮用水安全与毒性物质强制执行法》,即美国加利福尼亚州关于增加对可接触的有毒化学物质关注的提案,简称“加州65提案”。
后被编纂列入加利福尼亚州健康和安全法典的25249.5 -25249.13 章。
加州65铅豁免条款加州65号提案(Prop 65)是为了保护加州居民免受化学品和毒物的危害所通过的一项法案。
该法案要求企业和商家向公众提供化学品的相关健康风险信息,以便消费者能够做出知情决策。
然而,65号提案的铅豁免条款是允许一些特定情况下的企业或制造商豁免遵守该法案的要求。
根据加州65号提案的铅豁免条款,以下情况下的企业可以申请免除遵守该法案的要求:1. 铅的工业用途:这个豁免适用于使用铅作为工业原料的企业,只要其使用的铅含量不超过针对铅所设定的安全水平。
这些企业需要提供相关的证明文件,证明其使用铅的目的和所使用的铅含量。
2. 铅在产品中的含量很低:这个豁免适用于那些产品中铅含量非常低的企业,只要铅的含量低于固定的安全水平。
这个安全水平是由加州劳工安全与卫生局设定的,根据不同产品的使用方式和暴露情况而定。
3. 铅的不可避免存在:如果企业可以证明,其产品中铅和其他化学物质的存在是不可避免的,并且其使用了最佳的可行替代物,企业可以申请豁免。
在这种情况下,企业需要提供详细的科学数据和实验证据,以证明不可避免性和已经采取的措施。
4. 法律明确排除的产品或行业:一些产品或行业可能已经被其他相关法律免除了加州65号提案的要求,企业可以通过证明其所属的产品或行业已经被其他法律豁免,来申请免除该法案的要求。
需要注意的是,即使企业符合了上述的铅豁免条款,也需要向加州环境保护局提供申请并获得豁免的批准。
此外,加州65号提案也要求企业在豁免情况下仍然需要向公众提供有关化学品的相关健康风险信息。
铅是一种广泛应用的化学物质,其在一些特定情况下的使用是不可避免的,同时其高浓度的暴露也会对人体健康产生危害。
加州65号提案的铅豁免条款允许一些合理情况下的企业申请豁免,但同时也要求这些企业提供详细的证明材料和数据,以确保公众的健康和安全。
这个铅豁免条款的目的是为了平衡企业的需求和公众的权益,确保加州居民不受化学物质和毒物的危害。
加州65铅豁免条款加利福尼亚的“65铅豁免”指的是对于某些特定的产品,可以不遵守加州的有毒有害化学物质通报法案(也就是California Proposition 65)。
这些产品一般都是铅含量高的,而这项豁免措施被称为“65铅豁免”。
下面我们来看一下65铅豁免的一些背景和细节。
首先,我们需要明白,“有毒有害化学物质通报法案”是一项要求制造商、分销商和零售商在销售含有一定限量的“有毒有害物质”的产品时,必须贴上警示标签的法案。
这些化学物质包括致癌物质、生殖毒性化学品和先天性缺陷化学物质等。
这个法案于1986年通过,针对的是在加州销售的生产商的产品。
但是随着时间的推移,发现这项法案的应用范围非常广泛,几乎每个行业的产品都有可能含有被禁止的化学成分。
诸如钛酸酯等常见添加剂成为“有毒成分”的事情屡见不鲜。
因此,政府开放了一些豁免条款,允许某些产品不需要按照法案要求进行标记警示,而这其中就有“65铅豁免”。
那么,仅仅是铅含量达到一定数值就可以享受65铅豁免条款吗?事实并非如此。
65铅豁免是对含有铅的特定种类的产品所做出的例外规定。
被允许豁免包括不锈钢、黄铜、铁、镀层和涂料等一些化学成分复杂的产品。
同时,豁免标准由加州州环境保护署的毒理学员根据固定的标准进行审核和制定,根据不同的如材料类型、产品用途等来确定每种合格产品的铅含量上限。
这个过程非常繁琐,评估的时间长短取决于产品的类型和操作的复杂程度。
评估结果会公布在加州环保署的官方网站上,制造商可以通过网站查询自己生产的产品是否被允许享受豁免。
需要注意的是,65铅豁免并非永久有效,而是需要不断审核和更新。
在所有情况下,根据经济利益和公众健康安全的考虑,加州环境保护署都可以决定是否要取消某项豁免条款。
最后,需要指出的是,这个豁免框架并不是针对减轻产品中有害物质的含量的持续性解决方案,因为在大多数情况下,产品中的铅含量只是通过去除材料而减轻,而不是通过替代和创新出更安全的办法来解决。
加州65管控标准
加州65 号提案即《加州安全饮用水和有毒物质强制执行法》,1986 年11 月由加利福尼亚州议会通过并颁布实施,旨在保护公众健康和环境免受化学物质的潜在危害。
加州65 管控标准主要包括以下几个方面:
1. 产品中含有致癌物质或致生殖毒性物质的浓度不得超过规定的限值。
2. 产品必须提供清晰明确的警告标签,告知消费者产品中含有哪些致癌物质或致生殖毒性物质。
3. 制造商、进口商和零售商必须采取合理措施,确保产品符合加州65 号提案的要求。
如果产品不符合加州65 号提案的要求,可能会被禁止在加州销售,或者被要求召回或下架。
因此,对于制造商、进口商和零售商来说,了解并遵守加州65 号提案的要求非常重要。
关键质量控制点操作控制程序1.目的对关键工序进行控制确保蓄电池关键质量特性。
2.范围适用于本公司关键工序的控制。
3.职责3.1生产部负责策划制订关键工序工艺卡3.2质技部负责关键工序监测3.3设备动力员负责关键工序设备确认3.4岗位作业人员负责关键工序作业要求实施4.工作程序4.1关键过程识别:根据我企业蓄电池生产工艺设置焊极群、充放电、配酸为关键工序。
4.2关键工序控制4.2.1根据生产许可证实施条例及相关管理标准要求,在焊极群、充放电、配酸建立质量控制点,实施质量控制。
4.2.2质量控制点控制要求4.2.2.1质量控制点在工艺流程图上必须有明显标识4.2.2.2质量控制点人员必须经过理论培训,实际操作考核合格后方可上岗,实际操作考核应形成考核记录。
4.2.2.3关键工序应有《工艺作业指导书》和《检验作业指导书》,关键工序的主要设备应有《设备操作规程》,生产调度应按工艺流程图安排生产计划,操作人员应按《工艺流程图》、《工艺作业指导书》和《设备操作规程》要求进行生产作业,对生产设备,应按规定间隔进行点检,并做好记录;对产品应做好自检、互检,标识工号。
检验员应按《检验作业指导书》规定要求进行抽样检验,严格按履行鉴别、把关、报告三大职能。
4.2.2.4质量控制点设备每年验证一次,同时由设备主管对检查后的设备进行确认,形成设备验证记录。
4.2.2.5质量控制点的监测仪器和检验设备必须送法定检测机构检测,质管控制点的计量器具应保证合格率应100%,如不合格,作业者有权拒绝作业。
4.2.2.6生技科对质量控制点工艺文件必须每半年评审确认一次。
4.2.2.7质量控制点工序由质检人员应按《检验作业指导书》规定要求进行抽样,实施完工检验。
4.2.2.8焊极群、充放电质量控制点工序合格率控制在98%以上;配酸质量控制点工序合格率控制在100%。
4.2.2.9质量控制点必须作好工艺参数记录4.2.3质量控制点管理内容 4.2.3.1焊极群工序管理内容主要设备及工具:夹具、小型焊枪、钳子、铁锤; 原材料:铅零件、氧气、乙炔; 控制内容:☞首先对包配好的极群组进行检查:正、负极板不得错位,将极群装入模具中,再放好夹条,放上极柱。
美国加州65标准(CP65)proposition 65加州第65号提案从颁布到现在已有20余年,一直秉持减少有毒化学物质的暴露的宗旨。
它允许加州居民通过一定的方式消除消费品和工业中的致癌物质和生殖毒性化学物质的行为。
自第65号提案制定以来,众多关于消费品中含有毒化学物质诉讼案在加州不断出现,从而引领整个美国一系列的限制标准的实施。
第65号提案,即《加州安全饮用水和有毒物执行法》,于1986 年11 月经加州居民投票,以压倒性的票数一致通过。
该提案由加州环境保护署(Cal/ EPA)辖下的环境健康危害评估机构(OEHHA) 执行。
提案规定,从事买卖的个体,其雇员人数达10个或10个以上的(另有豁免的除外),须在含已获知可致癌或生殖毒性的化学物质的产品上贴上清晰﹑合理的警告标签,以避免与人体接触,且不得将该等化学物质排放到饮用水中。
消费品警告可直接置于产品标签上,也可置于店面产品附近的显眼处(参照表1)。
表1 警告标签典型示例警告示例1 2WARNING: This product contains a chemical known to the State of California to cause cancer WARNING: This product contains a chemical known to the State of California to cause birth defects or other reproductive harm第65号提案列出了大约800种已被加州当局确定为致癌性或生殖毒性的化学物清单。
该类化学物质清单包括大量自然产生的和人工合成的化学物质,包括用于杀虫剂﹑普通家用产品﹑食品﹑药物﹑染料或溶剂的添加剂或配料。
它们可用于制造业和建造业,也可以是化学过程的副产品,如机动车尾气。
所列化学物质包括烟草烟雾﹑金属(例如:铅﹑镉和镍)和有机化学物质(例如邻苯二甲酸盐:BBP﹑DBP﹑ DEHP﹑DIDP﹑DnHP等,及多环芳香烃:苯并芘等)。