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GOST 10727-91

ГОСТ 10727-91

Unidirectional glass threads. Specifications

Нити стеклянные однонаправленные. Технические условия

Status: Not effective - Superseded. Registration information 856-st dated 07/06/2015 (official website of Rosstandart)

The standard applies to unidirectional glass filaments, which are sections (filaments of a certain length) from the production of glass filament yarns or continuous filaments intended for filtration, production of heat and sound insulating materials, plastic filling and other purposes.

Стандарт распространяется на однонаправленные стеклянные нити, представляющие собой срезы(отрезки нити определенной длины) с продукции стеклянных комплексных нитей или непрерывных элементарных нитей, предназначенных для фильтрации, изготовления теплозвукоизоляционных материалов, наполнения пластмасс и других целей.

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Format: Electronic (pdf/doc)

Approved: Gosstandart of Russia, 12/27/1991

SKU: RUSS54980

Price: $184.00



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The Product is Contained in the Following Classifiers:

ISO classifier » 59 TEXTILE AND LEATHER PRODUCTION » 59.100 Materials for strengthening of composites » 59.100.10 Textile fiberglass materials »

National standards » 59 TEXTILE AND LEATHER PRODUCTION » 59.100 Materials for strengthening of composites » 59.100.10 Textile fiberglass materials »

National Standards for KGS (State Standards Classification) » Latest edition » I Silicate-ceramic and carbon materials and products » I1 Glass, porcelain and ceramic products » I16 Glass fiber products »


The Document is Replaced With:

GOST 10727-2015: Unidirectional glass threads. Specifications

As a Replacement Of:

GOST 10727-73: Fibers and threads of glass, single-direction

The Document References:

GN 2.2.5.1313-03: Maximum allowable concentrations (MACs) of harmful substances in occupational air

GOST 12.1.005-88: General sanitary requirements for working zone air

GOST 12.1.007-76: Noxious substances. Classification and general safety requirements

GOST 14919-83: Household electric ranges, electric plates and electric frying ovens

GOST 17.2.3.02-78: Regulations for establishing permissible emissions of noxious pollutants from industrial enterprises

GOST 1770-74: Laboratory volumetric glassware. Cylinders, beakers, measuring flasks, test tubes. General specifications

GOST 18300-87: Technical rectified ethyl alcohol. Specifications

GOST 24104-2001: Laboratory scales. General technical requirements

GOST 25336-82: Laboratory glassware and equipment. Basic parameters and dimensions

GOST 29101-91: Textile glass products. Packing, marking, transportation and storage

GOST 29227-91: Laboratory glassware. Graduated pipettes. Part 1. General requirements

GOST 4147-74: Reagents. Ferric chloride hexahydrate. Specifications

GOST 4159-79: Reagents. Iodine. Specifications

GOST 4204-77: Reagents. Sulphuric acid. Specifications

GOST 4232-74: Reagents. Potassium iodide. Specifications

GOST 427-75: Measuring metal rules. Basic parameters and dimensions. Specifications

GOST 4328-77: Reagents. Sodium hydroxide. Specifications

GOST 5456-79: Reagents. Hydroxilamine hydrochloride. Specifications

GOST 61-75: Reagents. Acetic acid. Specifications

GOST 6709-72: Distilled water. Specifications

GOST 6943.0-93: Textile glass. Rules of acceptance

GOST 6943.2-79: Methods for determination of filament and fibre diameter

GOST 6943.8-79: Glass textile products. Method for determination of moisture and substances content ivaporated by tempering

TU 6-09-07-1692-89: Salicylaldehyde (salicylic aldehyde) pure for analysis and pure

The Document is Referenced By:

FR 1.31.2006.02410: Quantitative chemical analysis of water. Methods for measuring mass concentrations of petroleum products and fats (with their joint presence) in samples of drinking, natural and treated wastewater using the method of IR spectrophotometry

FR 1.31.2013.15027: Quantitative chemical analysis of water. Method for measuring mass concentrations of ethylene glycol and diethylene glycol in natural and waste waters by gas chromatography

FR 1.31.2016.24509: Quantitative chemical analysis of water. Method for measuring the mass concentration of ethylene glycol and diethylene glycol in samples of natural and waste water by gas chromatography

GOST 10157-79: Gaseous and liquid argon. Specifications

GOST 11739.24-98: Aluminium casting and wrought alloys. Methods for determination of zinc

GOST 12.2.052-81: Occupational safety standards system. Equipment working with gaseous oxygen. General safety requirements

GOST 12329-77: Petroleum products and hydrocarbon solvents. Method for determination of aniline point and aromatic hydrocarbons

GOST 18188-72: Solvents of grades 645, 646, 647, 648 for paint materials. Specifications

GOST 20437-89: Moulding material AГ-4. Specifications

GOST 28726-90: Combustible natural gases. Method for determination of mercury

GOST 28995-91: Liquefied anhydrous ammonia for industrial use. Determination of water content. Gas chromatographic method

GOST 9722-97: Nickel powder. Specifications

GOST 9853.3-96: Sponge titanium. Methods for determination of carbon

M-MVI 183-06: Methods for measuring the mass concentration of organic substances in the air of the working area and gas emissions from enterprises using a gas chromatography method with a photoionization detector

MUK 4.1.1621-03: Gas chromatography measuring of mass concentration of hexafluorethane (freon-116) in working zone air

MUK 4.1.1625-03: Gas chromatographic measurement of mass concentrations of decafluorobutane (freon-31-10) in the air of the working area

MUK 4.1.1628-03: Gas chromatographic measurement of mass concentrations of 1, 1-difluoro-1, 2, 2-trichloroethane (freon-122) in the air of the working area

MUK 4.1.1634-03: Gas chromatography measuring of mass concentration of pentafluoroiodoethane (freon-R11511) in working zone air

MUK 4.1.1637-03: Gas chromatographic measurement of mass concentrations of (1, 1, 2, 2-tetrafluoroethoxy) methane in the air of the working area

MUK 4.1.1928-04: Gas chromatographic measurement of concentrations of 1,1,1,2,2,3,3-Heptafluoropropane (HFC 227 ca) in air of working zone

MVI 02-2000: Gas chromatographic method for measuring the mass concentration of aliphatic alcohols (methanol, ethanol, propanol-1, propanol-2, butanol-1, butanol-2, isobutanol) in industrial emissions using a universal disposable sampler

PND F 13.1.30-02: Quantitative chemical analysis of atmospheric air and air emissions. Methods for chromatographic measurement of turpentine mass concentration in industrial emissions from industries related to its individual production and use using a universal disposable sampler

PND F 13.1.31-02: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring the mass concentration of chromium hexavalent in industrial emissions of electroplating, metallurgical and chemical production by the photometric method

PND F 13.1.33-2002: Quantitative chemical analysis of atmospheric air and air emissions. Methods of measuring the mass concentration of ammonia in industrial emissions into the atmosphere by the photometric method

PND F 13.1.47-04: Methods for measuring the mass fraction of manganese in dust samples of industrial emissions by the photometric method

PND F 13.1.49-05: Quantitative chemical analysis of atmospheric air and air emissions. Determination of dust content in industrial emissions. Determination of the mass fraction of chromium in the dust by photometric method

PND F 13.1.54-2007: Quantitative chemical analysis of atmospheric air and air emissions. Methods of measuring the mass concentration of organic acids (C1 - C6) in industrial emissions into the atmosphere by gas chromatography

PND F 13.1.56-07: Methods for measuring mass concentrations of aliphatic aldehydes C2-C4 (acetic, propionic, butyric and isobutyraldehyde) in industrial emissions into the atmosphere by gas chromatography

PND F 13.1:2.22-98: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring the volume fractions of hydrogen, oxygen, nitrogen, methane, oxide and carbon dioxide in the air of the working area and industrial emissions by gas chromatography

PND F 13.1:2:3.23-98: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring mass concentrations of saturated hydrocarbons C1-C5 and unsaturated hydrocarbons (ethene, propene, butenes) in atmospheric air, working area air in industrial emissions by gas chromatography

PND F 13.1:2:3.24-98: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring mass concentrations of hexane, heptane, octane, nonane and decane in atmospheric air, working area air and industrial emissions using gas chromatography

PND F 13.1:2:3.25-99: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring mass concentrations of C1-C10 saturated hydrocarbons (total, carbon equivalent), C2-C5 unsaturated hydrocarbons (total, carbon equivalent) and aromatic hydrocarbons (benzene, toluene, ethylbenzene, xylenes, styrene) with their compatible in atmospheric air, working area air in industrial emissions by gas chromatography

PND F 13.1:2:3.27-99: Quantitative chemical analysis of atmospheric air and air emissions. Methods for measuring the mass concentrations of carbon monoxide and methane in ambient air, workplace air, and industrial emissions using reaction gas chromatography

PND F 13.1:2:3.59-07: Methods for measuring mass concentrations of saturated hydrocarbons (C12-C19) using a universal disposable sampler in the atmospheric air of the sanitary protection zone, working area air and industrial emissions from the production, storage and transport

PND F 13.1:2:3.74-2012: Quantitative chemical analysis of atmospheric air and air emissions. Methods of measuring the mass concentration of hydrocarbons (total) in the atmospheric air, working area air, industrial emissions by the method of IR spectrophotometry using concentration meters of the KN series (MR SEP-09-11)

PND F 14.1.9-95: Quantitative chemical analysis of water. Methods for measuring the mass concentration of caprolactam in wastewater using gas-liquid chromatography

PND F 14.1:2.206-04: Quantitative chemical analysis of water. Methods for measuring the mass concentration of total nitrogen in natural and waste waters by the titrimetric method

PND F 14.1:2:4.168-2000: The procedure for measurement of mass concentration of petroleum products in potable, natural and treated effluent waters by infrared spectroscopy method using concentration meter KH-2

PND F 14.1:2:4.5-95: Quantitative chemical analysis of water. Methods of measuring the mass concentration of petroleum products in drinking, surface and waste waters by the method of IR-spectrometry

PND F 16.1.41-04: Quantitative chemical analysis of soil. Methods for measuring the mass concentration of oil products in soil samples by the gravimetric method

PND F 16.1:2.21-98: Quantitative chemical analysis of soil. Methods for measuring the mass fraction of oil products in soil and soil samples by the fluorimetric method using the Fluorat-02 liquid analyzer

PND F 16.1:2:2.2:2.3:3.64-10: Quantitative chemical analysis of soil. Methods of measuring the mass fraction of petroleum products in samples of soil, soil, sediment, silt, sewage sludge, production and consumption waste by the gravimetric method

PND F 16.1:2:2.2:3.65-10: Quantitative chemical analysis of soil. Methods of measuring the mass fraction of silicon dioxide in samples of soil, soil, sediment, silt, production and consumption waste by the gravimetric method

RD 153-34.1-44.222-2001: Solid mineral fuel. The method of sampling gaseous emissions of power plants during the combustion of solid fuels to determine the concentration of mercury vapor. Methods for measuring the mass concentration of mercury using flameless atomic absorption

TU 6-21-12-94: High purity argon

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