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ISO 15350:2000

ISO 15350:2000 Steel and iron – Determination of total carbon and sulfur content – Infrared absorption method after combustion in an induction furnace (routine method)

CDN $233.00

Description

This International Standard specifies an infrared absorption method, after combustion in an induction furnace, for

the determination of the total carbon and sulfur content in steel and iron.

The method is applicable to carbon contents of mass fraction between 0,005 % and 4,3 % and to sulfur contents of

mass fraction between 0,000 5 % and 0,33 %.

This method is intended to be used in normal production operations and is intended to meet all generally accepted,

good laboratory practices of the type expected by recognized laboratory accreditation agencies. It uses

commercially available equipment, is calibrated and calibration verified using steel and iron certified reference

materials, and its performance is controlled using normal statistical process control (SPC) practices.

This method can be used in the single element mode, i.e., determination of carbon and sulfur independently or in

the simultaneous mode, i.e., determination of carbon and sulfur concurrently.

Edition

1

Published Date

2000-12-14

Status

PUBLISHED

Pages

25

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This International Standard specifies an infrared absorption method, after combustion in an induction furnace, for

the determination of the total carbon and sulfur content in steel and iron.

The method is applicable to carbon contents of mass fraction between 0,005 % and 4,3 % and to sulfur contents of

mass fraction between 0,000 5 % and 0,33 %.

This method is intended to be used in normal production operations and is intended to meet all generally accepted,

good laboratory practices of the type expected by recognized laboratory accreditation agencies. It uses

commercially available equipment, is calibrated and calibration verified using steel and iron certified reference

materials, and its performance is controlled using normal statistical process control (SPC) practices.

This method can be used in the single element mode, i.e., determination of carbon and sulfur independently or in

the simultaneous mode, i.e., determination of carbon and sulfur concurrently.

Previous Editions

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