HG/T 4199-2011 in English

VALID

Inorganic chemicals for industrial useDetermination of fluoride—Ion chromatography

Issued on:2011-12-20
Implemented on:2012-07-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $270.00
$262.00

Standard No:	HG/T 4199-2011
Document status:	VALID
Title in English:	Inorganic chemicals for industrial useDetermination of fluoride—Ion chromatography
Title in Chinese:	无机化工产品中氟含量测定离子色谱法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2011-12-20
Implemented on:	2012-07-01
ICS Classification:	71.060.01-Inorganic chemicals in general
Chinese Classification:	G10-Inorganic chemicals in general
Professional Classification:	HG-Chemistry
Related Keywords:	fluoride ion chromatography introductionthis standard ion chromatography inorganic chemicals inorganic chemical products fluoride content
Related Topics:	Ion Chromatography Sample Ammonia ion in ion chromatography Method for Determination of Sulfur Content in Inorganic Chemicals Ion Chromatography Water Content IC flow rate IC flow rate Role in Ion Chromatography How to measure ion chromatography Chromatography in Inorganic Applications measuring inorganic ions Determination of Fluorine in Food by Ion Chromatography Quantifier ion Fluoride ion agent Several ionizations in mass spectrometry hg/t 20708-2011 Industrial Chromatographic Separation Determination of Fluoride Ion in Water Soluble Chemicals - Ion Chromatography Ion Chromatography for the Determination of Anions in Inorganic Chemical Products in negative ion spectrum Fluoride fluoride ion content Ion chromatography stable Octafluoronaphthalene Mass Spec Ion for ion chromatographyfor water qualityfluoride Determination of fluoride ion in ore by ion chromatography Chromatography produced Bose Fluorine Free Determination of Fluoride Ion by Ion Chromatography ion chromatograph reversed-phase determination of inorganic ions Fluorine in water - fluoride ion Fluoride ion content in water Ammonium Content Ion Chromatography Chromatography detection content Ion chromatography sample cup Lanthanum ion chromatography detection Detection of Chloride Ion in Ion Chromatography Inorganic ion source Ion Chromatography Fluoride Ion Equipment for Determination of Ion Content Determination of Amines by Ion Chromatography Ion Chromatography in Food ion content Zinc ion content in water Ion Chromatography Exhaust Gas Inorganic Organic Fluorine content food Domestic industrial chromatographic separation Organic Amine Ion Chromatography Ion Chromatography is unstable Determination of hydrogen ions by ion chromatography Fluoride ion meter Ion Chromatography Fluoride Zero Point Ion chromatography EDTA+ content Fluoride Ion Chromatography in Water Coal fluoride ion chromatography Inorganic Ion UV Spectroscopy When ion chromatography determines ions Fluoride ions in the atmosphere Quantifier ion How long does ion chromatography take for a sample? What does ion chromatography test Organic amine + ion chromatography Fluoride ion content in water Ion Chromatography Sample Peak Fluoride ion standard determination method potentiometric ion chromatography Trace Chloride Ions in Chemicals Determination of fluorine content in water by fluoride ion ionization measurement Ion Chromatography Potassium Ion Content Water Content Chromatography Atmospheric fluoride ions The method of ion chromatography to measure ions hg/t 2484-2011 Chromium ion content in water Ion Chromatography Quantitative transition q1 Fluorine content in water Ion Chromatography Photometry hg/t2011 Ion content in mass spectrometry Ion Chromatography Electronics Chromatographic Determination of Agricultural Products Determination of fluorine content in water Fluoride vs. Chloride ion Fluoride ion content When measuring fluoride ion in water QB/T4199-2011 Cadmium ion content Fluoride ion content detection in wastewater Inorganic chemical raw materials and products Ion chromatography generator Ion pair chromatography measurement MS Determination of fluoride ion by titration method Measurement of organic content in chemical products Fluoride ion chromatography standard curve Methods for measuring fluoride ions Fluoride content in food How to measure fluoride ions Fluoride ion standard curve in food Fluoride ion content detection Silver ion content in water Fluoride ion determination in wastewater Determination method of silver ion content by ion chromatography Fluoride ion content in refined oil Fluoride ion titration method detection Method for measuring iodide ion content by ion chromatography Ion chromatography organic amines Methods for separation and purification of samples during content determination Standard curve for fluoride ion in ion chromatography Fluoride ion content in tap water Ion chromatography working electrode maintenance methods National identification of ion chromatography Chemical product quality thallium content Non-ionic products Determination of silicones in chemical products Industrial calcium fluoride product quality hg/t 20596-2011 Ion chromatography fluoride pretreatment method hg/t4285-2011 hg/t20708-2011 Fluoride ion industry Fluoride ion standard curve content concentration Product silicon ion determination Determination of fluorine and chlorine by ion chromatography Determination of effective solid content of chemical products Fluoride Ion Chromatography Standards Series

本标准规定了离子色谱法测定无机化工产品中氟离子的术语和定义、一般规定、方法原理、仪器工作原理和流程图、干扰、试剂和材料、仪器设备、分析步骤和结果计算。
本标准适用于无机化工产品中氟含量的测定。测定范围在0.05mg/L氟（F）～100mg/L氟（F）。

Introduction

This standard provides a method for determining the fluoride content in inorganic chemical products using ion chromatography. It outlines the procedures, equipment, and reagents required for accurate measurement. The method is designed to ensure consistency and reliability in analytical results. The standard specifies the conditions under which the analysis should be conducted, including sample preparation and calibration processes. It also details the steps for data interpretation and reporting. The guidance included in this standard helps laboratories achieve precise and reproducible outcomes. The standard focuses on the technical aspects of the measurement process without addressing its broader implications or significance.

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

More samples: QC/T 942-2021 JGJ 94-2008 JC/T 2453-2018

Sample only — not a preview of HG/T 4199-2011

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.