ASTM G96 - 90(2018): Essential Guide to Metallurgical Testing

ASTM G96 - 90(2018) is a critical standard in the field of metallurgy, providing comprehensive guidelines for assessing the corrosion resistance of materials in environments where they may be exposed to corrosive agents. This standard outlines established test methods that are vital for anyone involved in materials science, engineering processes, or quality assurance within the metallurgy sector.

Overview of the Standard

First published in 1990 and significantly revised in May 2018, ASTM G96 - 90(2018) sets forth necessary protocols and methodologies to evaluate the susceptibility of alloys and metal components to various forms of corrosion. This standard is extensively utilized across industries including manufacturing, aerospace, automotive, and marine, where material integrity is paramount.

Importance for Professionals

Utilizing ASTM G96 - 90(2018) ensures that professionals can reliably assess the durability of metal products, especially those subjected to harsh climatic and chemical conditions. By adhering to this standard, engineers and metallurgists can conduct rigorous testing, ensuring materials perform optimally and safely throughout their lifecycle. This standard serves as a cornerstone for quality assurance and regulatory compliance, helping organizations minimize the risks associated with corrosion damage.

What’s Included?

The document encompasses detailed descriptions of various testing methods, including:

• Determining corrosion rates of metals in various environments.
• Evaluating pitting susceptibility and localized corrosion.
• Standardized procedures for corrosion testing of specific alloys and treatments.

Also included are insights into equipment requirements, sample preparation, and the interpretation of test results, all tailored to help professionals employ best practices in metallurgy.

Purchasing Information

Available in both PDF and hardcopy formats, ASTM G96 - 90(2018) is priced at £68.00, making it an accessible investment for engineering teams and firms committed to upholding high standards in material performance and safety.

For industry professionals, researchers, and institutions, acquiring this standard is not just a necessity; it is a step toward achieving excellence in material testing and developing long-lasting solutions in the face of corrosion.