ASTM A265 - 12(2019) Overview

The ASTM A265 - 12(2019) is a comprehensive standard that details the specifications for low-alloy and carbon steel plates utilized in pressure vessels, piping, and structural applications. Developed by the ASTM International standards organization, this document is essential for engineers, manufacturers, and quality assurance professionals engaged in the metallurgy and fabrication industries.

Key Specifications

This standard outlines the metallurgical characteristics and mechanical properties of low-alloy and carbon steel plates, which are crucial in applications where strength and durability are paramount. These plates are specifically manufactured for use in pressure vessels and other industrial equipment, where material performance is critical under varying conditions.

Applications and Relevance

A265 is widely recognized in the sectors of chemical processing, oil and gas production, and heavy machinery manufacturing, where the integrity of materials is essential for safety and efficiency. Compliance with ASTM A265 ensures that the produced steel plates meet stringent quality standards, offering reliability and performance. Adhering to this standard not only facilitates regulatory compliance but also enhances the competitive edge of businesses in the global marketplace.

Format and Availability

The ASTM A265 - 12(2019) standard is available in both PDF and hardcopy formats, providing flexibility for users in different environments. With a straightforward approach to specification details, this document is an indispensable resource for professionals looking to obtain precise and vetted information pertaining to carbon and low-alloy steel materials.

Purchase and Value

Available for £68.00, the ASTM A265 - 12(2019) is a cost-effective investment for companies striving to uphold high standards in material selection and engineering practices. Understanding and implementing the guidelines provided in this document can lead to improved product longevity, reduced failure rates, and overall satisfaction among end-users.