SN/T 3366-2012 in English

VALID

Determination of soluble mercury, arsenic, selenium, antimony in indoor decorating and refurbishing coatings-Atomic fluorescence spectrometric method

Issued on:2012-12-12
Implemented on:2013-07-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $200.00
$194.00

Standard No:	SN/T 3366-2012
Document status:	VALID
Title in English:	Determination of soluble mercury, arsenic, selenium, antimony in indoor decorating and refurbishing coatings-Atomic fluorescence spectrometric method
Title in Chinese:	室内装饰装修用涂料中可溶性汞、砷、硒、锑的测定原子荧光光谱法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2012-12-12
Implemented on:	2013-07-01
Professional Classification:	SN-Import&Export Inspection
Related Keywords:	soluble mercury soluble selenium soluble antimony atomic fluorescence spectrometry method spectrometric method scopethis standard
Related Topics:	Atomic Fluorescence Spectroscopy sn/t 3366 Soluble Molecules Soluble Molecules Determination of arsenic, antimony and mercury in leather - atomic fluorescence spectrometry arsenic antimony mercury in leather mercury arsenic mercury arsenic Arsenic, mercury, selenium, antimony, tin Mercury raw material Arsenic Selenium Mercury Spectroscopy Mercury Spectroscopy Arsenic, antimony and mercury in leather sn/t 3366-2012 sn/t3366 sn/t+3366 sn 3366-2012 Determination of Soluble Mercury, Arsenic, Selenium, Antimony in Paints for Interior Decoration - Atomic Fluorescence Spectrometry The principle of fluorescence spectrometry Solution Fluorescence Spectroscopy Determination of Migratable Arsenic in Toy Materials by Atomic Fluorescence Spectrometry Indoor Mercury Detection Atomic fluorescence detection method for arsenic and mercury Atomic Fluorescence Domestic Why mercury arsenic uses atomic fluorescence Spectral detection of arsenic Measuring principle of fluorescence method Atomic Fluorescence Detection of Arsenic mercury, arsenic Principle of Fluorescence Measurement Atomic fluorescence arsenic does not produce a peak Soluble Mercury Atomic Fluorescence Arsenic Detection Fluorescent material Determination of Arsenic in Water by Atomic Fluorescence Method Selenium Arsenic Atomic Emission Spectroscopy Mercury Arsenic Arsenic Selenium domestic atomic fluorescence Solution Fluorescence Spectroscopy Atomic Fluorescence Determination of Arsenic Atomic Fluorescence for Arsenic and Mercury mercury arsenic selenium Soluble Mercury mercury arsenic selenium Medium soluble Principle of Fluorescence Spectrometry Why do mercury and arsenic use atomic fluorescence Qualitative basis of fluorescence spectrum Principle of Fluorescence Spectrometry atomic fluorescence mercury arsenic atomic fluorescent antimony endofluorescence Determination of water quality mercury arsenic selenium bismuth antimony atomic fluorescence method Application of Fluorescence Spectrophotometer Fluorescent paint test Determination of water quality mercury, arsenic, selenium, bismuth, antimony atomic fluorescence method Atomic Fluorescence Spectrometry for Mercury arsenic mercury tin selenium Is arsenic and mercury soluble? Atomic Fluorescent Solution Determination of Arsenic by Atomic Fluorescence Determination of Selenium in Water by Atomic Fluorescence Spectrometry atomic fluorescence arsenic peak Atomic Fluorescence Method Mercury Arsenic Determination of Arsenic in Water by Atomic Fluorescence Spectrometry 2 o'clock in the morning, retouching Indoor Raw Materials and Packaging Fluorescence Spectrum of Mercury Soluble Selenium Indoor spectrometer use The overall fluorescence value of atomic fluorescence arsenic is low Instrument conditions for atomic fluorescence measurement of arsenic and antimony Determination principles and methods of arsenic determination by atomic fluorescence method Atomic fluorescence arsenic standard curve Arsenic standard curve for atomic fluorescence measurement The fluorescence value of the arsenic standard curve for atomic fluorescence measurement is low Standard atomic fluorescence identification of arsenic Standard curve chart for determination of antimony by atomic fluorescence method Determination method of mercury, arsenic, selenium, bismuth and antimony in soil Atomic Fluorescence Arsenic Method Validation Arsenic standard curve measured by atomic fluorescence method Atomic fluorescence method for measuring arsenic as3366 sn/t 2012 Preparation of atomic fluorescence standard solution Fluorescence determination of arsenic standard curve How to determine arsenic using atomic fluorescence Intrinsic fluorescence spectrometry method Atomic fluorescence detection of arsenic spike recovery method Configuration Method of Atomic Fluorescence Arsenic

Scope

This standard specifies the atomic fluorescence spectrometry method for the determination of soluble mercury, arsenic, selenium and antimony in interior decoration paints. This standard is applicable to the determination of soluble mercury, arsenic, selenium and antimony in interior decoration paints. The detection limit of this method is: soluble mercury 0.15 mg/kg, soluble arsenic 0.40 mg/kg, soluble selenium 0.30 mg/kg, soluble antimony 0.40 mg/kg.

More samples: JGJ 94-2008 GB 18306-2015 DL/T 5154-2012

Sample only — not a preview of SN/T 3366-2012

Loading PDF document...

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

We also recommend

SN 0283-1994 in English

\"Method for Inspection of Dichlorodipyridinol Residues in Exported Poultry Meat\"
1994-02-18
SN/T 0244-1994 in English

\"General Rules for Inspection and Certification of Imported Mechanical and Electrical Instruments\"
1993-08-01
SN/T 0898.1-2000 in English

Rules for the inspection of safety requirements of electric fans and regulators for export
2000-06-22
SN/T 1388-2016 in English

Rules for the inspection of coconut juice for export
2016-08-23
SN/T 3982.7-2014 in English

Quality conformity evaluation method for import and export textiles - Weaven garments - Part 7: Down clothing and products
2014-07-14
SN/T 5577-2023 in English

Identification methods for manganese ore and manganese-containing materials-General rules
2023-05-05