成分分析 · 材料检测 · 食品检测 · 环境检测

专业检测知识科普,帮您选对检测方案

咨询工程师

儿童太阳镜检测

发布时间:2024-06-21 作者:中析研究所 浏览:

GB 6675.2-2014玩具安全 第2部分:机械与物理性能

GB6675的本部分适用于所有玩具,即设计用于或预定用于14岁以下儿童玩耍的任何产品或材料。本部分适用于消费者首次得到的玩具,也适用于通过合理的、可预见的正常使用和滥用测试后的玩具,除非另有特殊声明。本部分规定了可接受的玩具结构特征的要求,包括形状、尺寸、轮廓、间隙(如摇铃玩具、小零件、锐利尖端、锐利边缘、铰链等)及某些玩具性能的参数要求(非弹性头弹射物的大动能、某些乘骑玩具的小倾倒角等)。本部分规定了从新生婴儿至14岁儿童使用的不同年龄组玩具的要求及测试方法。这些要求随玩具所对应不同年龄组而不同。特定年龄组儿童使用的玩具的要求是根据危险的特性及儿童应对的智力和体力而制定的。

GB 6675-2003玩具安全技术规范

本标准适用于所有的玩具,即设计或预定供14岁以下儿童玩耍的所有产品和材料。除非特别申明,本标准不仅适用于任何在市场上销售的玩具(含试用和免费赠送的玩具)及生产并供境内销售的玩具,而且适用于正常使用及可预见的合理滥用后的玩具。 本标准不适用于不以儿童为使用对象的和使用中要求监管或符合特殊条件的玩具。

GB/T 20002.1-2008标准中特定内容的起草.第1部分:儿童安全

GB/T 20002的本部分提供了解决儿童使用或接触产品、过程或服务(尽管它们并非为儿童而专门设计)可能给儿童带来的意外身体伤害(危险)问题的框架,以便减少对儿童的伤害风险。本部分主要适用于参与标准编制和修订的人员,也包含了设计师、建筑师、制造商、服务提供者、宣传者和政策制定者等关注的重要信息。对于有特殊需要的儿童,补充适当的要求是可取的。本部分并未全面涉及这些补充要求。对于预防或减少心理或精神伤害或故意伤害,本部分没有提供任何专门的指导。

GB/T 21005-2007紫外红斑效应参照谱、标准红斑剂量和紫外指数

本标准规定了紫外红斑效应参照谱、标准红斑剂量、紫外辐射的波段范围、紫外指数、曝露等级等术语及其相关的内容。本标准适用于有关红斑剂量的测量及其结果的表达、应用和紫外指数的发布等。

ITU-T P.805-2007会话质量的主观评估

The International Telecommunication Union (ITU) is the United Nations specialized agency in the field of telecommunications. The ITU Telecommunication tandardization Sector (ITU-T) is a permanent organ of ITU. ITU-T is responsible for studying technical,

ASTM C1023-2010陶瓷艺术材料的慢性健康危害标识的标准实施规程

1.1 This practice describes a procedure for developing precautionary labels for ceramic art materials and provides hazard and precautionary statements based upon knowledge that exists in the scientific and medical communities. This practice concerns those chronic adverse health hazards known to be associated with a product or product component(s), when the component(s) is present in a physical form, volume, or concentration that in the opinion of a toxicologist has the potential to produce a chronic adverse health effect(s). 1.2 This practice is intended to apply exclusively to ceramic art materials which are packaged in sizes intended for use by artists or crafts people, either individually, or in a small group or class. 1.3 This practice applies to developing precautionary labeling for ceramic art materials intended for adult usage. Conformance to this practice does not imply that ceramic art materials will necessarily be labeled adequately or safe for use by children. Labeling determinations should consider reasonably foreseeable use or misuse by children and include as appropriate, in such instances, warnings to keep out of reach, or other specific precautionary statements. The responsibility for precautionary labeling rests with the ceramic producer or repackager who markets the material for art or craft use. 1.4 This practice does not specify test methods for determining whether a substance or product presents chronic adverse health hazards. 1.5 This practice does not apply to products appropriately labeled for known chronic adverse health hazards according to chemical substances labeling standards and practices, such as another national consensus standard, existing labeling statutes, regulations, or guidelines. 1.6 Since knowledge about chronic adverse health hazards is incomplete and warning cannot cover all uses of any product, it is not possible for precautionary labeling to assure completely safe use of an art product. 1.7 Manufacturers or repackagers may wish to determine individually or collectively precautionary labeling for ceramic art materials in accordance with this practice. Compliance may be certified by a certifying organization. Guidelines for a certifying organization are given in Appendix X1. 1.8 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

ASTM C1023-2010(2014)陶瓷艺术材料的慢性不良健康危害贴标的标准实践规程

1.1x00a0;This practice describes a procedure for developing precautionary labels for ceramic art materials and provides hazard and precautionary statements based upon knowledge that exists in the scientific and medical communities. This practice concerns those chronic adverse health hazards known to be associated with a product or product component(s), when the component(s) is present in a physical form, volume, or concentration that in the opinion of a toxicologist has the potential to produce a chronic adverse health effect(s). 1.2x00a0;This practice is intended to apply exclusively to ceramic art materials which are packaged in sizes intended for use by artists or crafts people, either individually, or in a small group or class. 1.3x00a0;This practice applies to developing precautionary labeling for ceramic art materials intended for adult usage. Conformance to this practice does not imply that ceramic art materials will necessarily be labeled adequately or safe for use by children. Labeling determinations should consider reasonably foreseeable use or misuse by children and include as appropriate, in such instances, warnings to keep out of reach, or other specific precautionary statements. The responsibility for precautionary labeling rests with the ceramic producer or repackager who markets the material for art or craft use. 1.4x00a0;This practice does not specify test methods for determining whether a substance or product presents chronic adverse health hazards. 1.5x00a0;This practice does not apply to products appropriately labeled for known chronic adverse health hazards according to chemical substances labeling standards and practices, such as another national consensus standard, existing labeling statutes, regulations, or guidelines. 1.6x00a0;Since knowledge about chronic adverse health hazards is incomplete and warning cannot cover all uses of any product, it is not possible for precautionary labeling to assure completely safe use of an art product. 1.7x00a0;Manufacturers or repackagers may wish to determine individually or collectively precautionary labeling for ceramic art materials in accordance with this practice. Compliance may be certified by a certifying organization. Guidelines for a certifying organization are given in Appendix X1. 1.8x00a0;This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

DIN EN 1938-2010人员眼睛保护.摩托车和机动脚踏两用车驾驶员用防护镜

This European Standard specifies requirements and test methods for goggles for use by all motorcycle and moped drivers and passengers, intended for eye-protection during the use of motorcycle and moped, both on the road and for off-road sport or leisure use, subject to the following exclusion. The goggles for official races and competitions are not included within the scope of this standard.

DIN EN ISO 12311-2015个人防护设备.太阳镜和相关护目镜的试验方法(ISO 12311-2013,修订版2014-08-15).德文版本EN ISO 12311-2013

This International Standard specifies reference test methods for determining the properties of sunglasses given in ISO 12312 (all parts). It is applicable to all sunglasses and related eyewear.

DIN EN ISO 12312-2-2015眼部和面部保护.太阳镜和相关护目镜.第2部分:直接观察太阳的滤光片(ISO 12312-2-2015);德文版本EN ISO 12312-2-2015

This part of ISO 12312 applies to all afocal (plano power) products intended for direct observation of the sun, such as solar eclipse viewing. This part of ISO 12312 does not apply to the following: - afocal (plano power) sunglasses and clip-ons for general use intended for protection against solar radiation; - eyewear for protection against radiation from artificial light sources, such as those used in solaria; - eye protectors specifically intended for sports (e. g. ski goggles or other types); - sunglasses that have been medically prescribed for attenuating solar radiation; - prescription sunglass lenses.

DIN SPEC 79600-2011冒险活动的操作用安全性要求

The DIN SPEC 79600 according to the procedure DIN SPEC technical report defines security requirements for adventure activities. At those activities high hazard potential risks can occur, which make the integration of organizational and / or physical security measures necessary.

BS EN 1938-2010个人眼睛保护.摩托车和机动脚踏两用车护目镜

This European Standard specifies requirements and test methods for goggles for use by all motorcycle andmoped drivers and passengers, intended for eye-protection during the use of motorcycle and moped, both onthe road and for off-road sport or leisure use, subject to the following exclusion. The goggles for official racesand competitions are not included within the scope of this standard.

上一篇零部件直接标记(DPM)条码符号检测 下一篇个人眼防护检测

相关阅读

了解更多检测知识

食品添加剂 纤维素鉴别试验检测

食品添加剂纤维素鉴别试验检测依据显微形态观察、显色反应、红外光谱比对及水解产物色谱分析等手段,对微晶纤维素等纤维素类添加剂的化学身份进行确证。本文系统介绍检测原理、样品制备要点、各鉴别方法的操作流程与联合判定规则,并解读检测报告的关键信息,适用于原料验收与质量控制参考。

2026-10-11 | [其他]

外墙外保温用丙烯酸涂料耐酸雨性检测

外墙外保温用丙烯酸涂料耐酸雨性检测以模拟酸性水溶液为侵蚀介质,采用浸泡法或老化循环法考察涂层变色、起泡、粉化、开裂等外观病态及附着力变化,据此判定涂层耐酸雨侵蚀能力,适用于酸雨地区外墙外保温工程的选材与验收。

2026-10-11 | [其他]

信封用纸部分参数检测

信封用纸部分参数检测覆盖定量、厚度、抗张强度、撕裂度、白度与荧光性物质等指标。基础物性采用称量法与力学试验测定,荧光筛查依托分光光度法,残留组分以色谱法分离确认。检测须执行标准温湿度状态调节与平行测定验证,据此评估纸张是否满足产品标准与验收要求。

2026-10-11 | [其他]

水性木器涂料可溶性元素含量检测

水性木器涂料可溶性元素含量检测评估涂层在模拟胃酸条件下锑、砷、钡、镉、铬、铅、汞、硒等元素的迁移量。核心流程为涂膜干燥粉碎后稀盐酸振荡萃取,滤液采用ICP-MS多元素同测或AAS单项测定,结合随行空白、加标回收等质控手段保证结果可靠,最终依据产品适用限量逐项判定合格性。

2026-10-11 | [其他]

合成材料运动场地面层甲苯、二甲苯和乙苯总和检测

合成材料运动场地面层甲苯、二甲苯和乙苯总和检测采用气相色谱-质谱法(GC-MS),经样品制备、顶空或溶剂浸提取样、毛细管柱分离与选择离子监测定量,求得三组分总和并与标准限量比对判定。本文系统介绍检测原理、采样要求、测定流程、灵敏度与回收率指标及结果判定要点。

2026-10-11 | [其他]

含碱性或非酸性电解液的二次单体电池和电池外部短路检测

含碱性或非酸性电解液的二次单体电池和电池外部短路检测,通过低阻抗回路模拟端子意外短接工况,考核电池在滥用条件下的安全性能。本文按样品制备、试验方法、设备要求、判定指标与应用场景逐步展开,说明该试验的操作要点与结果判读方式,为电池安全评估提供参考。

2026-10-11 | [其他]

我们的优势

选择中析研究所的八大理由

资质齐全

旗下实验室依法依规开展检测,报告科学公正,获监管与客户广泛认可。

设备先进

上千台精密仪器定期检定校准,量值溯源体系完善。

专家团队

多领域技术专家,十年以上经验,破解各类疑难检测。

标准覆盖广

覆盖GB、行标及ISO、ASTM等国际标准,可定制方案。

周期短

常规项目7-10个工作日出报告,流程标准高效。

加急服务

支持加急检测通道,助力客户快速完成质量把关。

一对一服务

工程师全程对接,需求沟通到报告解读全流程陪伴。

数据保密

严格保密制度,客户样品与检测数据安全无忧。

荣誉资质

旗下实验室权威认证 · 公信检测 · 点击查看原图

CMA检验检测机构资质认定证书

CMA检验检测机构资质认定证书

CNAS实验室认可证书

CNAS实验室认可证书

ISO管理体系认证证书

ISO管理体系认证证书

高新技术企业证书

高新技术企业证书

中国分析测试协会会员单位

中国分析测试协会会员单位

中国质量协会会员证书

中国质量协会会员证书

AAA级信用企业证书

AAA级信用企业

绿色低碳诚信示范创建企业证书

绿色低碳诚信示范创建企业

仪器设备

1000余台精密设备 · 点击查看原图

气相色谱-质谱联用仪

气相色谱-质谱联用仪 GC-MS

复杂有机组分的定性鉴定与未知物剖析利器。

高效液相色谱仪

高效液相色谱仪 HPLC

食品添加剂、药品成分等热敏物质的精准检测。

电感耦合等离子体发射光谱仪

电感耦合等离子体发射光谱仪 ICP-OES

一次进样同时读出数十种金属元素含量。

傅里叶变换红外光谱仪

傅里叶变换红外光谱仪 FTIR

通过特征吸收峰快速判断材料种类与分子结构。

X射线荧光光谱仪

X射线荧光光谱仪 XRF

几分钟完成元素快检,且不损伤样品。

扫描电子显微镜

扫描电子显微镜 SEM

放大数十万倍观察表面微观结构,锁定失效根源。

液相色谱-质谱联用仪

液相色谱-质谱联用仪 LC-MS

农兽药残留等痕量物质的高灵敏确证检测。

气相色谱仪

气相色谱仪 GC

溶剂残留、香气成分等挥发性物质的专业检测。

在线工程师 一对一服务

检测需求不知从何入手?立即联系在线工程师,一对一解答检测疑问,免费获取检测方案与报价。

VR实验室720°全景 NEW · 全新上线 VR实验室上线啦! 720°全景实景观览 · 足不出户走进实验室 立即体验 检测咨询 · 立即在线沟通