AS 2001.7.20-1983 Methods of test for textiles Part 7.20: Quantitative analysis of fibre mixtures - Binary mixtures of inorganic based, man-made fibres and certain fibres (method based on ignition at 625 degrees Celsius)

Abbreviation
AS 2001.7.20-1983
Valid from
7/03/1983

Information provider
Intertek Inform,
Author
Standard Australia
Information type
Australian Standard,
Format
PDF, HARD COPY,


Description

This standard sets out a method for the quantitative analysis of binary mixtures of inorganic based, man-made fibres and certain fibres by ignition at 625C.

For assistance with locating previous versions, please contact the information provider.
Notes/comments

AS/NZS 4859.1:2002 cites this standard with reference to the material properties of textiles used for thermal insulation.

View on Information Provider website
For assistance with locating previous versions, please contact the information provider.

AS/NZS 4859.1:2002 cites this standard with reference to the material properties of textiles used for thermal insulation.

This resource is cited by:

AS 2001.7.20-1983 Methods of test for textiles Part 7.20: Quantitative analysis of fibre mixtures - Binary mixtures of inorganic based, man-made fibres and certain fibres (method based on ignition at 625 degrees Celsius)

This document is CITED BY:

AS 2001.7.20-1983 Methods of test for textiles Part 7.20: Quantitative analysis of fibre mixtures - Binary mixtures of inorganic based, man-made fibres and certain fibres (method based on ignition at 625 degrees Celsius)

Description

This standard sets out a method for the quantitative analysis of binary mixtures of inorganic based, man-made fibres and certain fibres by ignition at 625C.

View on Information Provider website
This resource does not cite any other resources.

AS 2001.7.20-1983 Methods of test for textiles Part 7.20: Quantitative analysis of fibre mixtures - Binary mixtures of inorganic based, man-made fibres and certain fibres (method based on ignition at 625 degrees Celsius)

This resource does not CITE any other resources.
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