BS EN 14361:2004 - Standard for the Mechanical Testing of Metals

The BS EN 14361:2004 is a comprehensive British Standard that provides essential guidelines for the mechanical testing of metals. This standard is crucial for professionals in metallurgy, engineering, and quality control, ensuring that metal materials are evaluated consistently and reliably in various applications.

Issued on December 8, 2004, this standard is categorized under metallurgy and is identified as identical to the European standard EN 14361:2004. It emphasizes systematic methods for testing the mechanical properties of metallic materials, leading to enhanced safety, performance, and compliance with international regulations.

Throughout the standard, the focus is on methods to determine specific mechanical properties such as tensile strength, ductility, yield strength, and hardness. The guidelines outlined in BS EN 14361:2004 are particularly applicable for manufacturers, conformance testing facilities, and quality assurance professionals who require robust processes to guarantee that materials meet the requisite performance criteria.

BS EN 14361:2004 serves as a critical resource for those involved in research and development of new metallic materials and those seeking to understand how different materials perform under various stressors. By following this standard, organizations can ensure that they are not only compliant with legal obligations but also prioritize the integrity and durability of their products.

This standard is available in both PDF and hardcopy formats, making it accessible for easy reference and implementation within laboratory and operational settings. Priced at £134.00, the investment in BS EN 14361:2004 is justified by its extensive insights and the pivotal role it plays in upholding manufacturing excellence.

In summary, BS EN 14361:2004 is an indispensable standard for all professionals operating in the field of metallurgy. It enhances the ability of organizations to make informed decisions based on empirical data, ultimately leading to superior product quality and safety in end-user applications.