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volatile organic compounds ketone compounds electrical products electronic products introductionthis standard chemical emission rates rural tap water flexographic ink scopethis standard frame sizes
SJ/T 11610-2016 in English

SJ/T 11610-2016 in English

VALID

Determination of chemical emission rates of volatile organic compounds and carbonyl compounds from electrical and electronic products

  • Issued on:2016-06-01
  • Implemented on:2016-06-01
  • File Format:PDF
  • Delivery:Via email within 5 business days
Price(USD): $670.00
$650.00
Standard No: SJ/T 11610-2016
Document status: VALID
Title in English: Determination of chemical emission rates of volatile organic compounds and carbonyl compounds from electrical and electronic products
Title in Chinese: 电子电气产品挥发性有机化合物和醛酮类化合物释放速率检测方法
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 5 business days
Issued on: 2016-06-01
Implemented on: 2016-06-01
Professional Classification: SJ-Electronics
Related Keywords: volatile organic compounds
ketone compounds
electrical products
electronic products introductionthis standard
chemical emission rates
Related Topics: Organic Chemical Testing
Volatile aldehydes and ketones
Microplates of various organic compounds
Keto complex
Ketone + Complex
Aldehydes and ketones determination room
Methods for Qualitative Detection of Organic Matter
Qualitative detection method of organic matter
Electron organic polymer
rate detection
Method for determination of volatile organic compounds (voc) and aldehyde compounds released from construction adhesives
Organic volatiles detection gas phase
Semi-Volatile Organic Compound Detection
Ketoaldehyde Volatility
Volatile Organic Compound Detection
Organic fluoride detection
Methods for Detecting Organic Matter
Type b2 volatile organic compounds
Indoor Volatile Organic Compound Detector
organic polar compound
Aldehyde Volatility
Aldehydes and ketones organic compounds
Ketone Compound Analysis Method
Organic Compound Detector
Qualitative detection of organic matter with the same method
properties of organic compounds
Ketone Email
human compound
Determination method of aldehyde compounds
Aldehydes and ketones organic compounds
Product Volatility
Aldehydes in water
Ketone Compound Test Method
Detection method of volatile organic components
Volatile Organic Compound Detection
Organic Compound Properties
Organic fluoride detection
Emission rate of volatile organic compounds in materials and components used in electrical and electronic products
Category b2 - Volatile Organic Compounds
Handheld Volatile Organic Compound Detector
Aldehyde peak front
Purified water non-volatile matter detection method
Methods for spiking volatile organic compounds surrogates
Examples of Liquid Phase Method Development for Polar Compounds
What are the detection methods for non-volatile matter?
What are the methods for detecting volatile acids?
Chiral separation method of amine compounds
Chemical product volatility testing
Resolution methods for chiral acid compounds
Detection methods for aldehydes
Methods to detect the structure of compounds
Determination method for photoionic volatile organic compounds
Detection of volatile organic solvents in cosmetics
Method development for highly polar acidic compounds
There is no air tightness testing in the electronics industry
Sexual compound method development
Method development for highly polar compounds
Method Development for Weakly Polar Compounds
Aldehyde based compound method development
Methods for detecting compound groups
Water Quality Semi-Volatile Organic Compounds Detection Method
Mass spectrometry detection method of flavonoids
Persistent Organic Compounds Detection Methods
Enol compound method development
Photosynthetic rate detection method
Neutral Compound Method Development
Total Volatile Organic Compounds Test Method

本标准规定了电子电气产品(EEP)在释放测试箱(ETC)中正常运行时挥发性有机物和醛酮类化合物释放速率的检测方法。本标准包括被测样品前处理,受控释放测试箱中的采样,贮存和分析,结果计算和释放速率报告。


Introduction

This standard provides a detailed methodology for the measurement of volatile organic compounds and aldehyde ketone compounds released from electronic and electrical products. It outlines the procedures, equipment requirements, and conditions necessary to conduct the testing accurately. The standard focuses on ensuring consistency and reliability in the detection process, covering aspects such as sample preparation, testing environment, and data interpretation. It serves as a reference for manufacturers, regulatory bodies, and testing laboratories to ensure compliance with specified emission limits. The document includes specific guidelines for the use of analytical instruments and the calculation of release rates. It also specifies the conditions under which tests should be performed to ensure valid results. This standard is intended to support the evaluation of environmental impact and product safety in the electronics industry.

*** Please note: This description may not be accurate, please refer to the official documentation.

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