GOST 195-77

ГОСТ 195-77

Reagents. Sodium sulphite. Specifications

Реактивы. Натрий сернистокислый. Технические условия

Status: Effective - Supersedes. The limitation of effectiveness has been lifted: Resolution of the State Standard No. 274 of 03/27/92

The standard applies to sodium sulphite (sodium sulfite), which is a white powder, soluble in water and oxidized in air.

Стандарт распространяется на сернистокислый натрий (сульфит натрия), представляющий собой белый порошок, растворимый в воде и окисляющийся на воздухе.

Choose Language: 
Format: Electronic (pdf/doc)
Page Count: 12

Approved: Gosstandart of the USSR, 1/11/1977

SKU: RUSS65876

Price: $159.03

English keywords: chemical reagents;



The Product is Contained in the Following Classifiers:

PromExpert » SECTION I. TECHNICAL REGULATION » V Testing and control » 3 Activities of testing laboratories » 3.2 Technical equipment of testing laboratories » 3.2.3 Chemical reagents and highly pure substances » 3.2.3.1 Reagents »

ISO classifier » 71 CHEMICAL INDUSTRY » 71.040 Analytical Chemistry » 71.040.30 Chemical reagents »

National standards » 71 CHEMICAL INDUSTRY » 71.040 Analytical Chemistry » 71.040.30 Chemical reagents »

National Standards for KGS (State Standards Classification) » Latest edition » L Chemical products and rubber-asbestos products » L5 Reagents and highly pure substances » L51 Inorganic reagents »

National Standards for OKSTU » INORGANIC CHEMICAL PRODUCTS, MINING CHEMICAL RAW MATERIALS AND FERTILIZERS » Sulfurous, thiosulfurous, persulphurous and pyrosulfuric acids »


As a Replacement Of:

GOST 195-66: Sodium sulfite (sodium sulfite) anhydrous

The Document References:

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GOST 10485-75: Reagents. Methods for determination of arsenic admixture

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GOST 4328-77: Reagents. Sodium hydroxide. Specifications

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GOST 6259-75: Reagents. Glycerin. Specifications

GOST 6709-72: Distilled water. Specifications

The Document is Referenced By:

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RD 52.24.520-2011: Mass concentration of cyanides in waters. Methods for making measurements by the photometric method with nicotinamide

RD 52.24.528-2012: Mass concentration of nitrates in waters. Measurement technique by photometric method with sulfanilamide and N- (1-naphthyl) ethylenediamine dihydrochloride after reduction with hydrazine sulfate

RD 52.24.529-2013: Mass concentration of polychlorophenols in waters. Measurement technique by gas chromatography after derivatization with monochloroacetic acid anhydride. Hydrochemical Institute (GHI)

RD RTM 26-362-80: Accelerated and marking methods for chemical and spectral analysis of basic and welding materials in chemical and petroleum engineering. Methods of chemical analysis of iron and steel

ST RK 1511-2006: Water Quality. Chrome determination. Spectrometric method using 1.5-Diphenylcarbazide

STB GOST R 51938-2006: Fruit and vegetable juices. Method for determination of sucrose

FR 1.31.2010.07688: Measurement procedure for the mass concentration of biochemical oxygen demand in wastewater and natural waters by the titrimetric method

FR 1.31.2017.27246: Methodology for measuring the mass fraction of cyanides (including those in the form of complex compounds) in samples of soils, soils, bottom sediments, sludge, sewage sludge, liquid and solid waste production and consumption by the photometric method with pyridine and barbituric acid

GOST 27866-2019: The substances are especially clean. Method of concentration of microimpurities by precipitation and coprecipitation

GOST 31956-2013: Water. Methods for the determination of chromium (VI) and total chromium

GOST 34552-2019: Confectionery. Methods for the determination of sulfur dioxide

GOST 5382-2019: Cements and materials of cement production. Chemical analysis methods

MI HV-44.01-2018: The method of measuring the mass concentration of ethylene in the air of the working area by photometry for the purpose of a special assessment of working conditions

MI PrV-2015/1: Industrial emissions of pollutants into the atmosphere. Method for measuring the mass concentration of sulfur dioxide in gases organized by IZA (photometric method)

MP 209-097-2019: State system for ensuring uniformity of measurements. Hydrological probes RBR. Verification Method

MU 31-05/04: Quantitative chemical analysis of food samples, food raw materials, dietary supplements. Methodology for measuring mass concentrations of arsenic by inversion voltammetry on TA-type analyzers

MU 31-09/04: Quantitative chemical analysis of drinking, natural and wastewater samples. Methodology for measuring arsenic mass concentration by inversion voltammetry on TA analyzers

MU 4751-88: Guidelines for the photometric measurement of concentrations of oxide and nitrogen dioxide in the air of the working area

MU 4806-88: Guidelines for the photometric measurement of the concentrations of N, N'-methylenebis- (beta-vinylsulfonylpropionamide) in the air of the working area

MUK 4.1.015-18: Method for measuring the mass concentration of allyl alcohol in the air of the working zone by the photometric method

MUK 4.1.017-18: Method for measuring the mass concentration of gamma-polyoxymethylene in the atmospheric air of populated areas by the photometric method

PND F 14.1:2.53-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of cyanides in natural and waste waters by the photometric method with pyridine-benzidine

PND F 14.1:2:4.163-2000: Quantitative chemical analysis of water. Methods for measuring mass concentrations of sulfites and thiosulfates in drinking natural and waste waters using the titrimetric method

RD 31.28.52-79: Methods of physico-chemical control of the working environments of ship equipment

RD 34.37.305-97(1-16): Collection of methods for chemical analysis of washing solutions for chemical cleaning of heat power equipment

RD 52.18-128-87: Group industry norms for the consumption of basic materials for soil pollution control

RD 52.18-128-87: Group industry norms for the consumption of basic materials for soil pollution control

RD 52.24.507-98: Methodical instructions. Methodology for measuring the mass concentration of di- and polychlorophenols in water by gas chromatography

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