美国联邦法规 16 CFR 1500.86 列为禁止供儿童使用的玩具和其他物品的豁免

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16 CFR 1500.52供18个月以上至36个月以下儿童正常使用和滥用的模拟试验方法

16 CFR 1500.52供18个月以上至36个月以下儿童正常使用和滥用的模拟试验方法

美国联邦法规 16 CFR 1500.52 供18个月以上至36个月以下儿童使用的玩具和其他物品正常使用和滥用的模拟试验方法原文出处:作者:编辑: [2009-02-25][打印文章] [关闭窗口]Title 16: Commercial PracticesPART 1500—HAZARDOUS SUBSTANCES AND ARTICLES; ADMINISTRATION AND ENFORCEMENTREGULATIONS§ 1500.52 Test methods for simulating use and abuse of toys and other articles intended for use by children over 18 but not over 36 months of age. (a) Application.The test methods described in this section, shall be used to simulate the normal and reasonably foreseeable use, damage, or abuse of toys and other articles intended for use by children over 18 but not over 36 months of age in conjunction with §1500.18.(b) Impact test—(1) Application.Except as provided in paragraph (b)(4) of this section, toys having a weight of less than 4.0 pounds ±0.01 pound (1.8 kilograms) shall be subject to this test.(2) Impact medium.The impact medium shall consist of a1/8-inch (0.3-centimeter) nominal thickness of type IV vinyl-composition tile, composition 1—asbestos free, as specified by paragraphs 1.2 and 3.1.4 of Interim Amendment-1(YD), dated November 14, 1979, to the Federal Specification entitled Tile, Floor: Asphalt, Rubber, Vinyl, Vinyl-Asbestos, SS-T-312B, dated October 10, 19741[1][1], over at least a 2.5-inch (6.4-centimeter) thickness of concrete. The impact area shall be at least 3 square feet (0.3 square meter). The Commission recognizes that this specified impact medium is the equivalent of, and will yield the same impact test results as, a surface covered with vinyl-asbestos tile meeting the requirements of Federal Specification SS-T-312A.(3) Testing procedure.Except as provided in paragraph (b)(4) (i) and (ii) of this section, the toy shall be dropped four times from a height of 3 feet ±0.5 inch[1] See footnote 1 to §1500.51.(0.92 meter) onto the impact medium described in paragraph (b)(2) of this section. The toy shall be dropped in random orientation. After each drop, the test sample shall be allowed to come to rest and shall be examined and evaluated before continuing.(4) Large and bulky toys.(i) A toy that has a projected base area of 400 or more square inches (2,560 or more square centimeters) shall be tested for impact in accordance with paragraph (b)(4)(iii) of this section. The base area for toys with permanently attached legs shall be measured by calculating the area enclosed by straight lines connecting the outermost edge of each leg of the perimeter. (ii) A toy that has a volume of more than 3 cubic feet (0.085 cubic meter), calculated by the major dimensions without regard to minor appendages, shall be tested for impact in accordance with paragraph (b)(4)(iii) of this section. (iii) The toys described in paragraph (b)(4) (i) and (ii) of this section shall be tested for impact by tipping them over three times by pushing the samples slowly past their centers of balance onto the impact medium described in paragraph (b)(2) of this section.(c) Bite test—(1) Application.A toy (or component or any accessible portion thereof) that has an external dimension of 1.25 inches ±0.05 inch (3.18 centimeters) or less and a design configuration that would permit a child to insert a portion into the mouth in any orientation up to a biting thickness of 1.25 inches ±0.05 inches (3.18 centimeters), for a penetration of at least 0.25 inch (0.635 centimeter), shall be subject to this test.(2) Test equipment—(i) Contact mechanism.The contact mechanism shall be two metal strips or plates each measuring 0.25 inch ±0.002 inch (0.635 centimeter) high and each having a contact edge radius of 0.020 inch ±0.002 inch (0.05 centimeter) for at least a 150-degree cross-sectional arc. A suggested contact mechanism appears in figure 1 of §1500.51.(ii) Loading device.The loading device shall be a scale or force gauge having an accuracy of ±0.5 pound (±225 grams).(3) Testing procedure.The test article shall be placed in the contact mechanism in any reasonable position for a penetration of 0.25 to 0.5 inch (0.64 to 1.27 centimeters), which position utilizes less than 180 degrees of the arc of thecontact mechanism, and a test load increasing to 50 pounds ±0.5 pound (22.74 kilograms) shall be evenly applied within 5 seconds. This load shall be maintained for an additional 10 seconds.(d) Flexure test—(1) Application.This test shall be applied to each component of a toy containing metal wire(s), or other metal material(s), for stiffening or for retention of form if the component can be bent through a 60-degree arc by a maximum force of 15 pounds ±0.5 pound (6.80 kilograms) applied perpendicularly to the major axis of the component at a point 2 inches ±0.05 inch (5 centimeters) from the intersection of the component with the main body of the toy or at the end of the component if the component is less than 2 inches ±0.05 inch (5 centimeters) long.(2) Testing procedure.The toy shall be secured in a vise equipped with vise shields that are fabricated from 13-gauge cold-rolled steel or other similar material and that have a 0.375-inch (0.95-centimeter) inside radius. The component shall then be bent through a 60-degree arc by a force applied at a point on the component 2 inches ±0.05 inch (5 centimeters) from the intersection of the component with the main body of the toy or applied at the end of the component if the component is less than 2 inches (5 centimeters) long. The component shall then be bent in the reverse direction through a 120-degree arc. This process shall be repeated for 30 cycles at a rate of one cycle per two seconds with a 60-second rest period occurring after each 10 cycles. Two 120-degree arc bends shall constitute one cycle.(e) Torque test—(1) Application—(i) General.A toy with a projection, part, or assembly that a child can grasp with at least the thumb and forefinger or the teeth shall be subject to this test.(ii) Toys with rotating components.Projections, parts, or assemblies that are rigidly mounted on an accessible rod or shaft designed to rotate along with the projections, parts, or assemblies shall be tested with the rod or shaft clamped to prevent rotation.(2) Test equipment—(i) Loading device.The loading device shall be a torque gauge, torque wrench, or other appropriate device having an accuracy of ±0.2 inch-pound (±0.23 kilogram-centimeter).(ii) Clamp.The clamp shall be capable of holding the test component firmly andtransmitting a torsional force.(3) Testing procedure.With the toy rigidly fastened in any reasonable test position, the clamp is fastened to the test object or component. A torque of 3 inch-pounds ±0.2 inch-pound (3.46 kilogram-centimeters) shall be applied evenly within a period of 5 seconds in a clockwise direction until a rotation of 180 degrees from the original position has been attained or 3 inch-pounds ±0.2 inch-pound (3.46 kilogram-centimeters) exceeded. The torque or maximum rotation shall be maintained for an additional 10 seconds. The torque shall then be removed and the test component permitted to return to a relaxed condition. This procedure shall then be repeated in a counterclockwise direction.(f) Tension test—(1) Application—(i) General.Any projection of a toy that the child can grasp with at least the thumb and forefinger or the teeth shall be subject to this test. This test is to be conducted on the same toy that has been subjected to the torque test described in paragraph (e) of this section. (ii) Stuffed toys and beanbags.A stuffed toy or beanbag constructed of pliable materials having seams (such as fabrics) shall have the seams subjected to 15 pounds ±0.5 pound (6.80 kilograms) of force applied in any direction.(2) Test equipment—(i) Clamps.One clamp capable of applying a tension load to the test component is required. A second clamp suitable for applying a tension load perpendicularly to the major axis of the test component is also required. (ii) Loading device.The loading device is to be a self-indicating gauge or other appropriate means having an accuracy of ±0.5 pound (±255 grams).(3) Testing procedure.With the test sample fastened in a convenient position, an appropriate clamp shall be attached to the test object or component. A 15-pound ±0.5 pound (6.80-kilogram) direct force shall be evenly applied, within a period of 5 seconds, parallel to the major axis of the test component and maintained for an additional 10 seconds. The tension clamp shall then be removed and a second clamp appropriate for pulling at 90 degrees shall be attached to the test object or component. A 15-pound ±0.5 pound (6.80-kilogram) tensile force shall be evenly applied, within a period of 5 seconds, perpendicularly to the major axis of the test component and maintained for an additional 10 seconds.(g) Compression test—(1) Application.Any area on the surface of a toy that isaccessible to a child and inaccessible to flat-surface contact during the impact test shall be subject to this test.(2) Test apparatus.The loading device shall be a rigid metal disc 1.125 inches ±0.015 inch (2.86 centimeters) in diameter and 0.375 inch (0.95 centimeter) in thickness. The perimeter of the disc shall be rounded to a radius of1/32inch (0.08 centimeter) to eliminate irregular edges. The disc shall be attached to an appropriate compression scale having an accurancy of ±0.5 pound (±225 grams).(3) Testing procedure.The disc shall be positioned so that the contact surface is parallel to the surface under test. A direct force of 25 pounds ±0.5 pound (11.4 kilograms) shall be evenly applied within 5 seconds through the disc. This load shall be maintained for an additional 10 seconds. During the test the toy is to rest on a flat, hard surface in any convenient position.[40 FR 1485, Jan. 7, 1975; 40 FR 6210, Feb. 10, 1975; 40 FR 16192, Apr. 10, 1975; as amended at 56 FR 10, Jan. 2, 1991]。

美国联邦法规第16部分

美国联邦法规第16部分

美国联邦法规第16部分(CPSC 16CFR)要求2007-09-20美国联邦法规与玩具有关的内容如下:1、1303部分:关于含铅油漆和某些含有铅油漆消费品的禁令条款1) 在1303部分,消费品产品安全委员会根据消费品安全条例(CPSA)15U.S.C.2057,2058第8.9章公布,供消费者使用的油漆和类似的涂层材料含铅或铅化合物(以金属铅计)不得超过总的不挥发油漆重量或干漆层重量的0.06%,否则则为危险品,禁止使用。

下列消费品被宣布为禁止使用的危险品。

a) 用于儿童使用的,含有“含铅油漆”的玩具和其它制品;b) 供消费者使用的,含有“含铅油漆”的家俱制品。

2) 本禁令适用于(a)段所述的1978年2月27日后制造的产品,这些产品称为“消费品”,该术语已在SPSA第3(a)(1)中作了定义。

法规包括上文述及的习惯为销售、使用、消费或家庭内外,学校、娱乐场等供消费者观赏的产品和分发的消费品。

摩托车、轮船所用的油漆,不包括在本禁令的范围内,因为它们超出了“消费品”的定义。

除了直接销售给消费者的产品外,本禁令还适用于售后被消费者使用的产品,如用于住宅、学校、医院、公园、运动场、公共建筑或其它消费者可能直接接触油漆表面的区域。

3) 根据(1)发现儿童触及的油漆、涂层含铅量超过0.06%,则有铅中毒的极大的危险。

2、1500部分:对危险物质和危险品管理及执行的法规:2.1 1500.44 鉴别极易燃或易燃固体物质的方法1) 样品制备a) 颗粒、粉未和糊状的样品:把样品放入一个平底的矩形金属舟中,舟的尺寸为152.4mm ×25.4mm,深6.35mm。

b) 硬质或软质固体:测量样品尺寸,用金属环形架,夹子、环或其它装置,将样品固定,使其长轴水平放置,使样品最大表面积自然暴露。

2) 步骤:把制备好的样品置于无气流处,该处能在每次试验后进行通风和清洁。

试验时,样品温度应保持在20℃~30℃之间。

出口欧美玩具安全标准

出口欧美玩具安全标准

奶嘴,摇铃和咬圈不能有目的地含有二〔2—乙
基己基〕邻苯二甲酸酯〔也叫做邻苯二甲酸二异辛酯〕。
为了防止痕量DEHP〔DOP〕影响分析结果,应当按照
D3421进行测试时,在测试结果中可接受的含量最高可
到达固体物质总量的百分之三。
○玩具化装品、液体、糊剂、膏剂、凝胶和粉末
这类玩具涉及到材料清洁度的测试,使用
玩具化装服饰和供儿童在玩耍中穿戴的玩具,包括 牛仔套服和护士制服等。
供儿童进入的玩具:包括玩具帐篷、木偶剧院、棚 屋、玩具管道等。
燃烧性能
含毛绒或纺织面料的软体填充玩具,如动物和公仔 等。
特别提醒的是玩具中不能含有易燃气体、极
度易燃液体、易燃液体和易燃凝胶体。
EN 71中规定的燃烧速度总体上要低于
物理和机械性能的判定〔常见〕
口动玩具及其可取下的口动玩具吹口按小零件圆筒 测试时,不得完全容入测试圆筒;不可取下的口动 玩具和玩具吹口如果按浸泡试验,然后是扭力试验 及拉力试验后脱落,那么按小零件圆筒测试时,脱 落部件不得完全容入测试圆筒;口动玩具含松动部 件时,如口哨中的小球,发生装置中的簧片,当按 口动玩具的耐久试验时不能产生可容入小零件圆筒 的物件。
物理和机械性能
现在被欧盟和美国消费者平安委员会召 回的玩具绝大多数是由于物理和机械方面而 导致的伤亡事故,比方说玩具中的小球、小 零件被小孩误吞食;婴儿奶嘴被拉脱,造成 窒息;声响玩具超过标准规定的分贝而造成 听力损伤ห้องสมุดไป่ตู้玩具中的玻璃和金属边缘、尖端 和尖点造成刺伤和刮伤的危险等等。
所以玩具要进行严格的物理和机械性能 测试。
30mm/s,ASTM F963-03中规定的燃烧速度应
小于2.5mm/s,比照起来,美国标准要严格的多。

世界各国地区玩具安全标准法规

世界各国地区玩具安全标准法规

世界各国地区玩具安全标准法规玩具作为儿童生活中不可或缺的一部分,必须经过严格的安全检测和遵守相应的法规标准。

各国地区都有相应的玩具安全标准法规,旨在保障儿童的安全和健康。

本文将介绍几个主要国家和地区的玩具安全标准法规。

一、美国玩具安全标准法规美国对玩具安全有严格的法规标准。

美国消费品安全委员会(CPSC)负责制定和监管美国的消费品安全标准,其中包括玩具安全标准。

根据美国联邦法典第16章第1501节,玩具必须符合ASTMF963标准,该标准涵盖了玩具的材质、尺寸、可玩性、耐久性和标识要求等方面。

此外,美国也规定玩具不能含有对儿童有害的物质,如铅、可溶性重金属等。

根据《美国消费者产品安全改革法》(CPSIA),所有进口或销售于美国市场的玩具必须经过第三方实验室的认证,以确保符合相关的安全标准。

二、欧盟玩具安全标准法规欧盟对玩具的安全标准由欧盟委员会制定和监管。

欧盟玩具安全指令(2009/48/EC)规定了欧盟内销售的所有玩具必须符合特定的安全要求。

根据该指令,玩具必须进行风险评估,并满足关于物质和机械性能等方面的要求。

同时,该指令还限制了一些有害物质的使用,如铅、镉等。

欧盟还规定了关于噪音、电磁兼容性和纸张/包装材料的安全要求,以确保儿童在玩乐过程中不受伤害。

三、中国玩具安全标准法规中国国家标准化管理委员会制定了一系列的玩具安全标准,其中最主要的是《GB 6675-2014 儿童玩具安全》和《GB 19865-2005 儿童纸制品及纸板玩具安全》。

《GB 6675-2014》指定了儿童玩具的安全性能要求,包括尺寸、结构、机械性能、可燃性、饭菜相容性和有害物质等方面。

该标准对于生产、进口和销售的玩具都有严格的要求。

此外,中国还制定了《GB 19865-2005》标准,该标准规定了儿童纸制品和纸板玩具的安全要求,包括儿童纸制品的可打印性、材料要求、可溶性物质和印刷油墨等方面的要求。

四、日本玩具安全标准法规日本国家标准化组织制定了《ST 2002玩具安全》和《ST 2014玩具标识》等一系列玩具安全标准。

CPSC美国玩具安全标准与规定

CPSC美国玩具安全标准与规定

美国玩具安全标准与规定CPSC美国消费者产品安全委员会CPSC是联邦政府机构,负责制定消费者产品的安全规范.针对玩具和儿童用品,CPSC颁布了一系列有关安全要求的法律条文.条文规定,凡是生产上述产品的厂家都需按要求进行必要的测试,证明其产品符合CPSC相关的规定.没有通过测试的产品严禁出售,在美国销售此类产品属于违法行为.所有玩具和儿童用品包括8岁以下的儿童设计的产品都要符合CFR中标题16的标准.标准如下:没有通过测试的产品严禁出售,在美国销售此类产品属于违法行为.如禁售产品在装运准备入关,则CPSC美国海关扣压货物或禁止该货物入关.如果进品商仍在销售以前的没有通过测试的产品,则要求进口商停止销售.如果玩具具有严重的造成意外事故的危险,或经CPSC判定为不符合安全规定的玩具,则要求进口商从零售商和顾客中收回这些玩具.ASTM F963除了CPSC规定外,一个含义更为广泛的安全标准,标准消费者安全规范:玩具安全,ASTM F963最初在1986年建立.最新的版本ASTM F963在1996年11月10日通过.本标准的目的是建立一个全国认准的玩具安全要求,以使玩具在正常使用和合理可预见的滥用时发生的事故降低到最少.本标准不排队家长在选择适合儿童年龄的玩具时应尽的责任,或儿童接触同一类玩具时家长的监督责任.除了与玩具安全有关,本标准不涉及产品的性能与质量.除了CPSC规定中正常使用和滥用测试的标准规定外,ASTM F963还包括以下的附加安全规定:—弹射玩具—钉和紧固件—金属丝或杆件—绳和橡皮筋—包装薄膜—轮、轮胎和轴—折叠装置和铰链—机械装置的孔间隙和可触及性—稳定性和超载要求—封闭的空间—模拟的保护装置—挤压玩具—出牙器和出牙玩具—代连接在童床或游戏围栏上的玩具—玩具柜—电池驱动玩具—学前玩偶—球物理性能方面的安全规定:1、包装薄膜弹性塑料薄膜和弹性塑料膜—薄膜额定厚度必须为毫米以上;—实际厚度不得少于毫米.2、玩具上的绳和橡皮筋绳—一根细长的、柔软的材料,包括单纤维丝,纺织和搓捻的绳,粗绳,塑料纺织袋,丝带,及那些通常被称谓线的纤维状材料.供18个月以下的儿童使用的玩具不包括拖拉玩具上含有或系有绳或橡皮筋,在松弛状态和承受51B的重荷时测量,其最大长度必须小于12英寸.如果绳/橡皮筋盘或多段绳/橡皮筋或缠结或形成环状而与玩具的任何部位连接,包括在绳/橡皮筋末端的珠子或其它附着件,在51B的重力作用下,环的周长必须小于14英寸.本标准适用于滥用试验前后.3、学前玩偶被定义为头端是圆的、球形或半球形,颈是细的,而跟颈相连的是一个无任何附属结构的简单圆柱形:总长度不超过英寸.不能穿过附加测试器内径是的空腔.4、球被定义为由纤维束,毛线束,或线束粘在一起的,并且中间被牢固的绑或固定,外形成刷状,形成圆球形或半圆球形的由填充材料制成的小物体.5、脉冲在距玩具表面25厘米的任何位置测量时,玩具不能产生瞬间声级超过138分贝的脉冲噪音.电池驱动玩具的基本要求在ASTM F963-96a中总共有十一条来说明使用电池驱动玩具时潜在的危险如遇热过度,渗漏和爆炸等.1、包装电池盖或电池盖附近要标有永久性清晰易懂的电池极性和电压标志.2、最高可允许额定电压任何二个可接触电接点之间的最高可允许直流额定电压约为24V.3、防止一次性电池的充电这适用于电池可以放错和充电器可以对装有一次性电池的玩具充电的情况.4、电池的可触及性对于供3岁以下的儿童使用的玩具,在滥用测试或前或后,所有电池在不使用工具和情况下,都不能可触及.5、小电池的可触及性所有玩具中的电池如果能完全进入小零件测试筒,在滥用测试或前或后,所有电池在不使用工具和情况下,都不能可触及.6、不同电池的分开使用在任何单一的电路内不能将不同型号或容量的电池混用.7、表面温度测试在正常使用期间和合理可预见滥用后,电池表面温度不得超过71度,包括安装马达的情况下.8、短路测试在正常使用期间和合理可预见滥用后,不得出现可影响温度测试的短路现象.9、电短路接触除了在终羰的接触表面外,电气电路不能与电池的任何部分形成电接触.10、密封产品假使电池产生的气体量足以形成燃烧危险,密封产品的设计必须使电池产生的气体被吸收或泄出.11、操作说明使用一只以上电池的玩具需注明:1新、旧电池不可混用;2碱性电池、普通电池和充电电池不可混用.毒性1、重金属测试油漆和类似的表面涂层材料中重金属含量标准要符合最新的欧洲标准和规定.细节请参照附录IV.2、铅、镉测试用来或可能盛放食品的玩具的部件,如陶瓷茶具必须符合FDCA中402a2c和FDA产品合格方针导则中的有关要求.3、聚氯乙烯中的邻苯二甲酸二脂测试橡皮奶嘴、拔浪鼓和出牙器等PVC原料产品中含量不得超过固体物质含量的3%.4、亚硝铵含量测试橡皮奶嘴要求进行亚硝铵含量测试.5、填充材料的清洁度测试填充玩具的松散填充料不能有来自昆虫、鸟、啮齿类动物或其它动物寄生虫侵扰的不良材料,也不能有在良好操作规范中可能产生的污物,如碎片和金属屑.确定不良材料的测试方法见“法定分析化学家协会的法定分析方法”的第16章.另外,无论是天然还是合成的纤维填充材料都应满足“宾夕法尼亚洲填充玩具的容许量规定”的相关要求.6、微生物测试在ASTM中,清洁度包括另一个含义.尤其要注意含有液体、凝胶等玩具化妆品和玩具,因为他们为细菌生长提供了一个良好的环境.可注水的玩具要做所有的大肠茵测试.含有液体、凝胶和粉末等的玩具化妆品和玩具要求做微生限量测试USP〈62〉和抗微生物防腐剂的有效性测试USP〈51〉.安全标识要求某些玩具,以及在某些情况下它们的包装,要求加上安全标识来表明潜在的危险和使用说明.下列产品和玩具的包装必须按照规定的格式和措辞.—童床和游戏围栏玩具—活动玩具—滚轴滑冰鞋和玩具滑析—模拟的保护装置格式是:1、安全标记要全部大写并集中在第一行;2、警告标记可以在左侧或中间;3、“危险”或其它字样应继续写下去.而且,信号词“小心”或“警告”的所有字母都必须为高度不小于1/8英寸的大写字母.有关危险的声明和其它规定的声明必须用大写或小写字母,其中大写字母的高度不得小于1/16英寸.用在包装上的这类标识必须标在包装的一个主要展示面上,并且与它们出现在其上的背景成鲜明对比.所有的安全标识必须显眼和易读,必须与其它说明或图案明显分开.例如:系在童床和游戏围栏上的活动玩具在通过热印、丝网印刷,或类似的染色过程,将安全标识印到玩具本身上时,在滥用试验前或后,标签依然清晰易读.当安全标识以粘贴方式贴到玩具上时,该标签必须牢固地粘贴在玩具上,标签的任何边缘都不能翘起.在经过滥用试验前或后,标签依然清晰易读.美国小零件危险警告标签规定美国总统克林顿在1994年6月16日就已签发了儿童安全保护法案H.R965.消费者安全委员会于1995年2月27日颁布了修正案,并且于1995年8月28日最终生效,以对在美国生产或进入美国的产品作出规定.1995年8月28日后,制造商还有六个月时间以使他们的产品符合该规定.此法案包括:(a ) 如小球为三岁以下的儿童使用时,该球直径小于或等于”,则禁止出售. (b ) 在某些儿童使用的玩具、游戏机上的窒息危险警告标语应包括:1小物体至少三岁但小于六岁儿童使用的玩具和游戏机,若该玩具或游戏机 中包含小物体,则应有发下的警告声明:警告:窒息危险——小物体不适用于三岁以下儿童使用.2汽球,标识应写明:8岁以下 的儿童产生窒息危险,需成年人监护.将未充气的气球远离儿童.破裂的气球立即丢弃.3小球三岁或以上儿童使用的小球,标识应写明:窒息危险——此玩具是小球,不适用于三岁以下儿童使用. 岁儿童使用并含有小球的玩具或游戏机,标识 应写明:3岁以下儿童使用4弹子三岁或以上儿童使用的弹子,标识应写明:窒息危险——此玩具是弹子,不适用于三岁以下儿童使用. 岁儿童使用并含有弹子的玩具或游戏机,标识 应写明: 警告:窒息危险——玩具含有弹子 不适用于3岁以下儿童使用(c ) 以上标签要用英语写而且要清晰易读在以下地方: —在产品包装的主要展示面;—任何说明材料如说明书等要随附该产品;—如果该产品出售时无包装,在集装箱或售货机上,当出售产品时,警告标签则必须要被展示. (d ) 如果产品没有以上的规定标签,则被认为是冒牌的危险产品. (e ) 字符类型随主要展示面而定:。

美国的儿童玩具安全标准

美国的儿童玩具安全标准

美国的儿童玩具安全标准每个国家都有关于儿童玩具的安全标准,美国当然也不例外。

美国的儿童玩具安全标准是什么?这也是很多家长并不太了解的领域,如果使用复处理过的材料,必须将其精制以使其危险物含量符合1.3.1的要求。

易燃性玩具中使用的非纺织品(不包括纸)材料不能是易燃的,上述易燃定义按照联邦有害物质条例(FHSA)16CFR1500.3(C)(6)(VI)的规定。

为达到试验目的,玩具中使用的任何纺织物应符合16CFR 1610 的要求。

玩具易燃性的测试规程,即对16CFR1500.44 的说明,在附录A5中。

毒性有毒物质---玩具或用于玩具的材料必须符合FHSA以及根据FHSA所颁布的有关规定。

16 CFR 1500.85中列出了不属FHSA规定的某些种类的玩具。

上述有关规定对有毒、腐蚀性的、刺激性的、敏化的、产生压力的、放射性的、易燃的和可燃性物质规定了限量。

应注意的是,有些州对有毒物质的规定可能比联邦规定更严格。

食品的制造和包装--- 与玩具一起出售的食品的制造与包装都必须符合关于人类仪器制造、加工、包装和贮存的卫生操作条例21 CFR110。

非直接仪器添加剂---供与食品接触的玩具部件,如玩具炊具必须符合食品,药物和化妆品条例(FDCA)的有关要求。

特别是21 CFR 110。

供与食品接触的玩具部件的标签--- 由供与食品接触的部件组成的玩具,如玩具炊具和玩具餐具,必须根据2.8 的要求贴上标签。

陶瓷中铅镉含量---用来或可能盛放食品的陶瓷玩具部件,例如:陶瓷茶具必须符合FDCA中402(2)(C)和FDA产品合格方针导则中的有关要求。

化妆品---玩具化妆品必须符合FDCA中代码为21CER的有关要求。

其中适用于化妆品的规定见21CFR700-740。

以化妆品中色素的有关规定见21 CFR中73,74,81和82。

另外,所有玩具化妆品必须符合本标准和FHSA条例的所有要求,但不包括16 CFR 1500.81和50.3(b)(ii)。

国外玩具企业安全标准简介

国外玩具企业安全标准简介

国外玩具企业安全标准简介欧美发达国家对于儿童教育及日常生活都给予高度的重视,对于平时玩耍的玩具都有极高的要求。

所以,欧美比较成熟的玩具行业对于他们的产品在满足玩具法规要求基础上,根据自身产品的特定,制定一系列的行业标准要求,这些要求不仅增强了产品的安全性能,而且对产品质量也有极高的要求,也就是说,很多欧美玩具企业的行业标准是安全性能和高质量要求的集合体。

对于我国玩具业的发展有极高借鉴。

提高中国玩具自身品牌,以及玩具企业的转型极好的参考价值。

欧美从事玩具生产或销售的企业按主营的业务不同可分为三类:零售企业,主要业务是日用品的零售,商品种类中包含玩具,典型的企业如Wal-mart,家乐福,Target等。

玩具企业,主要业务为玩具的设计,制造和销售,典型的企业有Mattel,乐高,Harsbo 等。

快餐行业,主要业务是经营快餐,但会赠送玩具以吸引儿童就餐,典型的企业如McDonald, KFC等。

由于这些企业自身特点以及其产品所面对客户群体有相同处也有区别,所以他们对产品的要求就有所区别。

下面就这些玩具企业的行业标准作一些简述,以供参考。

一、国外玩具企业对儿童产品质量控制的特点国外玩具企业的行业标准与法规要求主要区别表现在以下方面:1、测试方法滥用测试方法相似,只是要求的限值/量不同,或者测试的次数不同,或者强度不同。

区别在于:(1)扭力测试:这项测试,一般按照玩具标准执行测试基本就可以满足所预期的考察要求了,但有些企业要求更严,扭力值达到1Nm. 常常要求乘骑玩具上的活动部件连接处等的螺母在1Nm的作用力下,不可以被旋下。

(2)拉力测试:产品不同,这个方面的要求也有所不同,通常主要表现在拉力值要求比玩具标准上的大,拉力的测试方向要求更严。

(3)跌落测试:通常这部分测试,按照玩具标准测试基本可以满足要求,有些企业会增加一些要求:在标准要求的高度,执行更多的测试,这个主要表现在木制玩具和一些塑胶产品上;或者提供跌落测试的高度来评估产品的安全性能。

欧美玩具用纺织品燃烧性能技术法规与标准解读_REACH法规纺织品PCP限量

欧美玩具用纺织品燃烧性能技术法规与标准解读_REACH法规纺织品PCP限量

欧美玩具用纺织品燃烧性能技术法规与标准解读_REACH法规纺织品PCP限量欧美玩具用纺织品燃烧性能技术法规与标准解读_REACH法规纺织品PCP限量本文主要介绍了美国、加拿大、欧盟等发达国家和地区玩具标准中关于玩具用纺织品燃烧性能的技术法规和标准要求。

The regulations and standards of flammability of textiles for toys in United States, Canada and European Union and other developed countries were explained in this paper.如今,玩具中大量用到了纺织品,比如毛绒玩偶、布制娃娃、玩具风筝、戏偶和玩具帐篷等。

因为纺织品是易引发火灾的材料,所以玩具用纺织品的燃烧性能越来越受到人们的重视。

欧美发达国家对玩具用纺织品的阻燃性能都提出了要求,并制定了相关的技术法规和标准。

并且,这些发达国家往往以维护人身安全为由将玩具用纺织品的阻燃性能要求作为限制玩具产品进口的一种技术性手段。

1美国玩具用纺织品燃烧性能技术法规1.1ASTM F963《玩具安全》的燃烧性能要求ASTM F963是一部美国玩具产品的强制性标准,由美国商务部国家标准局主持制定,版ASTM F963�08于2021年12月1日正式生效。

ASTM F963 � 08针对所有的固体玩具(包括纺织品组成的固体玩具,如毛绒玩偶、玩具帐篷等),其规定玩具中使用的材料不能是易燃的。

关于易燃性的定义,按照美国联邦有害物质条例(FHSA)16CFR 1500.3(C)(6)(VI)的规定,玩具整体易燃性必须符合燃烧速度小于0.1 in/s的要求。

关于玩具整体易燃性的测试方法,标准的程序包括:样品制备和实验步骤。

把制备好的样品置于无气流处,该处能在每次试验后进行通风和清洁。

试验时,样品温度应保持在20 ~30 ℃之间。

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美国联邦法规 16 CFR 1500.86 列为禁止供儿童使用的玩具和其他物品的豁免原文出处:作者:编辑: [2009-02-25][打印文章] [关闭窗口]§ 1500.86 Exemptions from classification as a banned toy or other bannedarticle for use by children.(a) The term banned hazardous substance as used in section 2(q)(1)(A) of the act (repeated in §1500.3(b)(15)(i)(A)) of the act shall not apply to the following articles:(1) Toy rattles described in §1500.18(a)(1) in which the rigid wires, sharp protrusions, or loose small objects are internal and provided that such rattles are constructed so that they will not break or deform to expose or release the contents either in normal use or when subjected to reasonably foreseeable damage or abuse.(2) Dolls and stuffed animals and other similar toys described in §1500.18(a)(3) in which the components that have the potential for causing laceration, puncture wound injury, or other similar injury are internal, provided such dolls, stuffed animals, and other similar toys are constructed so that they will not break or deform to expose such components either in normal use or when subjected to reasonably foreseeable damage or abuse.(3) [Reserved](4) Any article known as a “baby-bouncer,”“walker-jumper,” or “baby-walker”and any other similar article (referred to in this paragraph as “article(s)”) described in §1500.18(a)(6) provided:(i) The frames are designed and constructed in a manner to prevent injury from any scissoring, shearing, or pinching when the members of the frame or other components rotate about a common axis or fastening point or otherwise move relative to one another; and(ii) Any coil springs which expand when the article is subjected to a force that will extend the spring to its maximum distance so that a space between successive coils is greater than one-eighth inch (0.125 inch) are covered or otherwisedesigned to prevent injuries; and(iii) All holes larger than one-eighth inch (0.125 inch) in diameter and slots, cracks, or hinged components in any portion of the article through which a child could insert, in whole or in part a finger, toe, or any other part of the anatomy are guarded or otherwise designed to prevent injuries; and(iv) The articles are designed and constructed to prevent accidental collapse while in use; and(v) The articles are designed and constructed in a manner that eliminates from any portion of the article the possibility of presenting a mechanical hazard through pinching, bruising, lacerating, crushing, breaking, amputating, or otherwise injuring portions of the human body when in normal use or when subjected to reasonably foreseeable damage or abuse; and(vi) Any article which is introduced into interstate commerce after the effective date of this subparagraph is labeled:(A) With a conspicuous statement of the name and address of the manufacturer, packer, distributor, or seller; and(B) With a code mark on the article itself and on the package containing the article or on the shipping container, in addition to the invoice(s) or shipping document(s), which code mark will permit future identification by the manufacturer of any given model (the manufacturer shall change the model number whenever the article undergoes a significant structural or design modification); and(vii) The manufacturer or importer of the article shall make, keep, and maintain for 3 years records of sale, distribution, and results of inspections and tests conducted in accordance with this subparagraph and shall make such records available at all reasonable hours upon request by any officer or employee of the Consumer Product Safety Commission and shall permit such officer or employee to inspect and copy such records, to make such stock inventories as he deems necessary, and to otherwise check the correctness of such records.(5) Clacker balls described in §1500.18(a)(7) that have been designed,manufactured, assembled, labeled, and tested in accordance with the following requirements, and when tested at the point of production or while in interstate commerce or while held for sale after shipment in interstate commerce do not exceed the failure rate requirements of the table in paragraph (a)(5)(vi) of this section:(i) The toy shall be so designed and fabricated that:(A) Each ball: Weighs less than 50 grams; will not shatter, crack, or chip; is free of cracks, flash (ridges due to imperfect molding), and crazing (tiny surface cracks); and is free of rough or sharp edges around any hole where the cord enters or over any surface with which the cord may make contact. Each ball is free of internal voids (holes, cavities, or air bubbles) if the balls are made of materials other than those materials (such as ABS (acrylonitrile butadiene styrene), nylon, and high-impact polystyrene) that are injection-molded and possess high-impact characteristics.(B) The cord: Is of high tensile strength, synthetic fibers that are braided or woven, having a breaking strength in excess of 445 Newtons (100 pounds); is free of fraying or any other defect that might tend to reduce its strength in use; is not molded in balls made of casting resins which tend to wick up or run up on the outside of the cord; and is affixed to a ball at the center of the horizontal plane of the ball when it is suspended by the cord. Clacker balls where the mass of each ball is less than 12 grams (0.42 oz.) and the distance between the center of the pivot and the center of the ball cannot exceed 180 mm (7.1 inches) may have a minimum cord breaking strength of less than 445 Newtons (100 pounds), as computed by the following formula:Adjusted Cord Breaking Strength in Newtons=0.1382(mb) (Rp), where mb=mass of a single ball in grams andRp=pivot length in mm.(C) When the cord is attached to the ball by means of a knot, the end beneath the knot is chemically fused or otherwise treated to prevent the knot from slipping out or untying in use.(ii) The toy shall be tested at the time of production:(A) By using the sampling procedure described in the table in subdivision (v i) of this subparagraph to determine the number of units to be tested.(B) By subjecting each ball tested to 10 drops of a 2.25 kg (5-pound) steel impact rod or weight (57-mm (21/4-inch) diameter with a flat head) dropped 1220 mm (48 inches) in a vented steel or aluminum tube (60-mm (23/8-inch) inside diameter) when the ball is placed on a steel or cast iron mount. Clacker balls where the mass of each ball is less than 12 grams (0.42 oz.) and the distance between the center of the pivot and the center of the ball cannot exceed 180 mm (7.1 inches) may be tested by dropping the impact weight from a height of less than 1220 mm (48 in.), where the height is computed as follows:Adjusted drop height in mm=179×10−5(mb) (Rp2), where mb=mass of a single ball in grams andRp=pivot length in mm.Any ball showing any chipping, cracking, or shattering shall be counted as a failure within the meaning of the third column of the table in paragraph (a)(5)(vi) of this section.(C) By inspecting each ball tested for smoothness of finish on any surface of the ball which may come in contact with the cord during use. A cotton swab shall be rubbed vigorously over each such surface or area of the ball; if any cotton fibers are removed, the ball shall be counted as a failure within the meaning of the fourth column of the table in subdivision (vi) of this paragraph. The toy shall also be checked to ascertain that there is no visibly perceptible “wicking up” or “running up” of the casting resins on the outside of the cord in the vicinity where the ball is attached.(D) By fully assembling the toy and testing the cord in such a manner as to test both the strength of the cord and the adequacy with which the cord is attached to the ball and any holding device such as a tab or ring included in the assembly.The fully assembled article shall be vertically suspended by one ball and a 445-Newton (100-pound) test applied to the bottom ball. Clacker balls where the mass of each ball is less than 12 grams (0.42 oz.) and the distance betw een the center of the pivot and the center of the ball cannot exceed 180 mm (7.1 inches) may be tested with a force of under 445 Newtons (100 pounds). The test force for these clacker balls shall be the same as the cord breaking strength calculated in §1500.86(a)(5)(i)(B). Any breaking, fraying, or unraveling of the cord or any sign of slipping, loosening, or unfastening shall be counted as a failure within the meaning of the fourth column of the table in paragraph (a)(5)(vi) of this section.(E) By additionally subjecting any ring or other holding device to a 222-Newton (50-pound) test load applied to both cords; the holding device is to be securely fixed horizontally in a suitable clamp in such a manner as to support 50 percent of the area of such holding device and the balls are suspended freely. Clacker balls where the mass of each ball is less than 12 grams (0.42 oz.) and the distance between the center of the pivot and the center of the ball cannot exceed 180 mm (7.1 inches) may have their holding device tested with a force of less than 222 Newtons (50 pounds). The holding device test force for these clacker balls shall be half of the cord breaking strength calculated in §1500.86(a)(5)(i)(B). Any breaking, cracking, or crazing of the ring or other holdi ng device shall be counted as a failure within the meaning of the fourth column of the table in paragraph (a)(5)(vi) of this section.(F) By cutting each ball tested in half and then cutting each half perpendicularly to the first cut into three or more pieces of approximately equal thickness. Each portion is to be inspected before and after cutting, and any ball showing any flash, crack, crazing, or internal voids on such inspection is to be counted as a failure within the meaning of the fourth column of t he table in paragraph (a)(5)(vi) of this section. Balls that are injection-molded and possesshigh-impact characteristics (such as injection-molded balls made of ABS, nylon, or high-impact polystyrene) though exempt from the requirements that there be no internal voids, must be tested to determine the presence of any flash, crack or grazing. A transparent ball shall be subjected to the same requirements except that it may be visually inspected without cutting.(iii) The toy shall be fully assembled for use at time of sale, including the proper attachments of balls, cords, knots, loops, or other holding devices.(iv) The toy shall be labeled:(A) With a conspicuous statement of the name and address of the manufacturer, packer, distributor, or seller.(B) To bear on the toy itself and/or the package containing the toy and/or the shipping container, in addition to the invoice(s) and shipping document(s), a code or mark in a form and manner that will permit future identification of any given batch, lot, or shipment by the manufacturer.(C) To bear a conspicuous warning statement on the main panel of the retail container and display carton and on any accompanying literature: That if cracks develop in a ball or if the cord becomes frayed or loose or unfastened, use of the toy should be discontinued; and if a ring or loop or other holding device is present, the statement “In use, the ring or loop must be placed around the middle finger and the two cords positioned over the forefinger and held securely between the thumb and forefinger,” or words to that effect which will provide adequate instructions and warnings to prevent the holding device from accidentally slipping out of the hand. Such statements shall be printed in sharply contrasting color within a borderline and in letters at least 6 mm (1/4inch) high on the main panel of the container and at least 3 mm (1/8) high on all accompanying literature.(v) The manufacturer of the toy shall make, keep, and maintain for 3 years records of sale, distribution, and results of inspections and tests conducted in accordance with this subparagraph and shall make such records available upon request at all reasonable hours by any officer or employee of the Consumer Product Safety Commission, and shall permit such officer or employee to inspect and copy such records and to make such inventories of stock as he deems necessary and otherwise to check the correctness of such records.(vi) The lot size, sample size, and failure rate for testing clacker balls are as follows:(vii) Applicability of the exemption provided by this paragraph shall be determined through use of the table in paragraph (a)(5)(vi) of this section. A random sample of the number of articles as specified in the second column of the table shall be selected according to the number of articles in a particular batch, shipment, delivery, lot, or retail stock per the first column. A failure rate as shown in either the third or fourth column shall indicate that the entire batch, shipment, delivery, lot, or retail stock has failed and thus is not exempted under this paragraph from classification as a banned hazardous substance.(6) Caps (paper or plastic) described in §1500.18(a)(5), provided:(i) Such articles do not produce peak sound pressure levels greater than 158 decibels when tested in accordance with §1500.47, and provided any such articles producing peak sound pressure levels greater than 138 decibels but not greater than 158 decibels when tested in accordance with §1500.47 shall bear the following statement on the carton and in the accompanying literature in accordance with §1500.121: “WARNING—Do not fire closer than 1 foot to the ear. Do not use indoors.”(ii) Any person who elects to distribute toy caps in accordance with paragraph (a)(6)(i) of this section shall promptly notify the Consumer Product Safety Commission, Bureau of Compliance, Washington, D.C. 20207, of their intention and shall conduct or participate in a program to develop caps that produce a sound pressure level of not more than 138 decibels when tested in accordance with §1500.47.(iii) Any person who elects to distribute caps in accordance with paragraph (a)(6)(i) of this section shall, after notification of his intentions to the Commission in accordance with paragraph (a)(6)(ii) of this section, submit to the Consumer Product Safety Commission, Bureau of Compliance, Washington, DC 20207, a progress report not less frequently than once every 3 months concerni ng the status of his program to develop caps that produce a sound level of not more than 138 decibels when tested in accordance with §1500.47.(7) Dive sticks and similar articles described in §1500.18(a)(19) that come to rest at the bottom of a container of water in a position in which the long axis of the article is greater than 45 degrees from vertical when measured in accordance with the following test method:(i) Test equipment.(A) A container that is filled with tap water to a depth at least 3 inches [76 mm] greater than the longest dimension of the dive stick. The container shall: ( 1) Be sufficiently wide to allow the dive stick to lie along the bottom with its long axis in a horizontal position,( 2) Have clear side walls to permit observation of the dive stick under water, and( 3) Be placed on a level surface and have a flat bottom.(B) A protractor or other suitable angle measurement device that has an indicator for 45 degrees from vertical.(ii) Testing procedure(A) If the dive stick is sold such that the consumer is required to attach an additional component(s) to the dive stick, then the product shall be tested both with and without the attachment(s).(B) From just above the water surface, drop the dive stick into the container.(C) Let the dive stick sink and come to rest at the bottom of the container. If the dive stick is designed so that the weight can be adjusted by adding water or other substance, adjust the weight so that the dive stick sinks and comes torest with its long axis positioned as close to vertical as possible.(D) Align the angle measurement device alongside the dive stick underwater and wait for the dive stick to come to rest if there is any water disturbance. Determine whether the long axis of the dive stick is greater than or less than 45 degrees from vertical.(8) Dive sticks and similar articles described in §1500.18(a)(19) in which the maximum force measured in the following test method is less than 5–lbf [22N]. The test shall be conducted in the ambient environment of the laboratory and not under water.(i) Test equipment.(A) A compression rig that has a force gauge or equivalent device that is calibrated for force measurements within a minimum range of 0 to 5 lbf [0–22 N] and with an accuracy of ±0.1 lbf [±0.44 N] or better. The test rig shall have a system to guide this force application in the vertical direction and shall have a means to adjust the rate of load application.(B) Compression disk—the loading device that is attached to the force gauge shall be a rigid metal disk with a minimum diameter of 1.125 inches [29 mm].(C) Vise or other clamping device.(ii) Testing procedure(A) Position the bottom of the dive stick in the clamping device so that the longest axis of the dive stick is vertical. The bottom end of the dive stick is the end that sinks to the bottom of a pool of water. Secure the bottom of the dive stick in the clamp such that the clamping mechanism covers no more than the bottom1/2inch [13 mm] of the dive stick.(B) Apply a downward force at a rate of 0.05 in/sec (±0.01 in/sec) [1.3 mm.sec ±0.3 mm/sec] at the top of the dive stick with the compression disk positioned so that the plane of the disk contact surface is perpendicular to the long axis of the dive stick.(C) Apply the load for a period of 40 seconds or until the maximum recorded force exceeds 5-lbf [22 N].(D) Record the maximum force that was measured during the test.(b) [Reserved](9) Boston Billow Nursing Pillow and substantially similar nursing pillows that are designed to be used only as a nursing aide for breastfeeding mothers. For example, are tubular in form, C- or crescent-shaped to fit around a nursingmother's waist, round in circumference and filled with granular material. [38 FR 27012, Sept. 27, 1973, as amended at 53 FR 46839, Nov. 18, 1988; 59 FR 9076, 9077, Feb. 25, 1994; 66 FR 13651, Mar. 7, 2001; 68 FR 70140, Dec. 17, 2003;73 FR 77495, Dec. 19, 2008]。

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