清洁刷 厨房用刷检测

清洁刷 厨房用刷检测项目报价？  解决方案？  检测周期？  样品要求？

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GB/T 420-2009纺织品.色牢度试验.颜料印染纺织品耐刷洗色牢度

本标准描述了各种颜料染色或印花纺织品的耐刷洗色牢度试验方法。本标准不适用于散纤维。

GB/T 4802.1-2008纺织品.织物起毛起球性能的测定.第1部分:圆轨迹法

GB/T 4802的本部分规定了采用圆轨迹法对织物表面起毛起球性能及表面变化进行测定的方法。

GB/T 13963-2012静电复印（包括多功能）设备.术语

本标准规定了静电复印（包括多功能）设备术语，主要包括基础术语、整机术语、关键零部件术语、消耗材料术语、图像质量等方面的术语。本标准适用于静电复印（包括多功能）设备及相关零部件、消耗材料等的标准制定、技术文件编制、教材和书刊编写以及文献翻译等。

GB/T 29909-2013暖通空调系统清洁设备术语

本标准规定了暖通空调系统清洁设备的基础术语、空气系统清洁设备术语、水系统清洁设备术语、消毒与灭菌设备术语和相关术语。本标准适用于暖通空调系统清洁设备的科研、设计、生产、检测、管理与维护。

GB/T 36701-2018埋地钢质管道管体缺陷修复指南

本标准规定了埋地钢质管道管体缺陷修复的方法和实施程序。本标准适用于L485/X70及以下钢级的埋地钢质长输管道、集输管道管体缺陷的修复，L485/X70及以下钢级的其他埋地钢质管道可参照本标准执行。

YY/T 0882-2013麻醉和呼吸设备与氧气的兼容性

本标准规定了麻醉和呼吸设备及组成应用与氧气所接触的材料,在气体压力大于50 kPa的正常或单一故障状态下与氧气兼容性的低要求。本标准适用于麻醉和呼吸设备,例如:医用气体管道系统、减压器、终端、医用供应单元、挠性连接、流量计装置、麻醉工作站和呼吸机。本标准提出的兼容性特征包括:清洁度、阻燃性、燃烧和/或分解产物的毒性。

LY/T 1670-2006林业机械.园林工具.分类词汇

本标准规定了园林工具(适用于庭院景观园林工作或休闲园艺工作的专用手工具)的分类方法，界定了以园林工程中绿色植物种植与修整为主要工作对象的手工具的分类词汇。 本标准适用于园林工具的设计、技术交流、编著书刊、产品销售说明书和贸易等。

QB/T 4403-2012清洁刷 地刷

本标准规定了清洁用地刷的术语和定义、产品分类、要求、试验方法、检验规则和标志、包装、运输、贮存。本标准适用于木杆、塑料杆、金属杆配以木坯、塑料坯并植有塑料刷丝、天然刷丝的清洁地刷。

QB/T 4998-2016清洁刷 厨房用刷

本标准规定了厨房用刷的术语和定义、产品分类、要求、试验方法、检验规则、标志、包装、运输和贮存。本标准适用于与餐具、食物直接或间接接触的厨房用清洁刷。

SN/T 1856-2006进出口棉花粘性测试方法

本标准规定了进出口棉花粘性的测试方法。 本标准适用于种类进出口棉花的粘性测试，也适用于纺织厂对原棉或棉条的粘性测试。

ASTM F3602-2023评估医疗器械结构中使用的清洁刷部件与不同基材的兼容性的标准指南

1.1?This guide describes methods for assessing the compatibility, under prescribed laboratory conditions, of a cleaning brush part with substrate materials used in the construction of medical devices. The method utilizes a force tester to mechanically actuate a brush part at a constant rate. This action continues until there is any level of visible degradation, including but not limited to scratching or shaving of the substrate material. 1.2?The test methods utilized in this guide are those described in Guide F3276. In this guide, the number of repetitions is determined by the demonstrable degradation, if any, of the substrate, up to a specified maximum number of repetitions. 1.3?Brushes designed to clean medical devices after clinical use play an important role in the effective reprocessing of those medical devices. Instructions for use from the brush manufacturer should supply information related to the compatibility, or more importantly, incompatibility with materials that make up the composition of a medical device. This may be stated in terms of being suitable for specific materials, not suitable for specific materials, or suitable for a limited number of uses for specific materials. 1.4?Selecting the correct brush for the medical device to be cleaned is always a key factor to achieve effective cleaning. One of the significant factors when selecting a brush is selecting one that will not cause damage to the medical device, including the material the medical device is constructed of. Assessing if a brush part could damage a medical device because of the material the device is made of is an important step in determining the appropriate (and inappropriate) use of a brush. 1.5?Units—The values stated in SI units are to be regarded as the standard. No other units of measurement are included in this standard. 1.6?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, health, and environmental practices and determine the applicability of regulatory limitations prior to use. 1.7?This international standard was developed in accordance with internationally recognized principles

CEN/TS 15366-2009冬季和公路服务区的维修设备.道路用固体吸附剂

This Technical Specification is a product specification standard. It applies to bulk spreadable products for absorbing hydrocarbons, mineral oils and similar liquids from road surfaces or traffic areas. Each country may add usage regulations.

EN 12629-8-2002生产混凝土和硅酸盐建筑产品用机器.安全.第8部分:生产硅酸钙(和混凝土)建筑产品用机器和设备

This part of EN 12629; taken together with EN 12629-1:2000+A1:2010 applies to hydraulic machines for the manufacture of bricks; blocs and elements of calcium-silicate (as illustrated in Annexes A and B). NOTE Calcium-silicate can be replaced by concrete. EN 12629-1:2000+A1:2010 specifies general requirements applicable to machines for the manufacture of constructional products from concrete and calcium-silicate.This document specifies the additional requirements to and/or the deviations from EN 12629-1:2000+A1:2010 specific to the machines it covers.This European Standard deals with all significant hazards pertinent to these machines; when they are used as intended and under conditions of misuse which are reasonably foreseeable by the manufacturer (see Clause 4).This European Standard specifies the appropriate technical measures to eliminate or reduce risks arising from the significant hazards. Noise hazard and vibration hazard are considered as not significant for those machines.This European Standard applies to the machines from the point at which the mixture enters the machine (see point 1 at annex A; B) until the point where the green products are removed from the machine to the curing system (see point 2 of annex A; B).This document is not applicable to machines and equipment for the manufacture of constructional products from calcium silicate (and concrete); which are manufactured before the date of publication of this document by CEN.

EN 13036-1-2010道路和机场地面特性的试验方法.第1部分:使用体积修补技术测量道路表面宏观结构的深度

This European Standard specifies a method for determining the average depth of pavement surface macrotexture by careful application of a known volume of material on the surface and subsequent measurement of the total area covered. The technique is designed to provide an average depth value of only the pavement macrotexture and is considered insensitive to pavement microtexture characteristics.This test method is suitable for field tests to determine the average macrotexture depth of a pavement surface. When used in conjunction with other physical tests, the macrotexture depth values derived fromThis test method can be used to determine the pavement skid resistance capability, noise characteristics and the suitability of paving materials or finishing techniques. When used with other tests, care should be taken that all tests are applied at the same location.