Metallurgy Official British Standard

BS 6200-3.40.3:1997, ISO 13898-3:1997

Explore the BS 6200-3.40.3:1997 standard for metallurgy. This essential guide enhances quality assurance and performance evaluation in metal materials.

BS 6200-3.40.3:1997, ISO 13898-3:1997 - Comprehensive Guide

The British Standard BS 6200-3.40.3:1997, aligned with the international standard ISO 13898-3:1997, serves as a vital reference for professionals in the field of metallurgy and materials science. This standard provides rigorous guidelines for the assessment of the quality and performance of metallic materials, ensuring compliance with industry requirements.

Published on September 15, 1997, this document has been instrumental in shaping the practices and protocols within metallurgical research and engineering. The standard specifies the methodologies for conducting tests on materials, thereby influencing decision-making processes regarding material selection, usage, and quality assurance.

This standard is particularly relevant for professionals involved in the manufacturing, testing, and quality control of metal products. It encompasses various aspects of metallurgical analysis, including the criteria for measuring the properties of metals, ensuring that they meet required specifications. Whether you are a materials engineer, a quality control officer, or a product developer, understanding the nuances of this standard is essential for operational excellence.

The full documentation, available in both hardcopy and pdf formats, is priced at £134.00. This investment not only enhances your understanding of material standards but also ensures that your organization stays updated with the latest industry practices. Implementing the guidelines set forth in BS 6200-3.40.3:1997 can lead to significant improvements in product reliability and performance, ultimately benefiting your end-users.

For those involved with compliance and regulatory aspects of metallurgy, the adoption of this standard is crucial. It facilitates a uniform approach to metallurgy, helping stakeholders to maintain high levels of transparency and integrity within the supply chain. By following the procedures laid out in this standard, organizations can minimize the risk of material failures and enhance their overall product durability.

In conclusion, the BS 6200-3.40.3:1997 and ISO 13898-3:1997 standards are invaluable resources that provide comprehensive insights into metallurgical assessments. Investing in this clear set of guidelines empowers professionals and organizations alike to adhere to the strictest quality control measures, thereby propelling the constant advancement and integrity of the metallurgy sector.

Technical Information

Metallurgy
BSI Group
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Specification Details
  • Sampling and analysis of iron, steel and other ferrous metals
  • Methods of analysis
  • Multi-element methods - Determination of nickel, copper and cobalt contents by inductively coupled plasma atomic emission spectrometric method
  • Determination of…
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