ASTM D4464 - 15(2020) Overview

ASTM D4464 - 15(2020) is a crucial standard in the realm of materials testing, specifically focusing on the performance evaluation of hydraulic cements. Established by the ASTM International, this standard outlines the standardized methodology for determining the resistance of cement to various environmental conditions, ultimately ensuring quality and durability in construction projects.

Key Features of ASTM D4464 - 15(2020)

• Standard Methodology: This document presents a comprehensive test procedure designed to assess the physical and chemical properties of hydraulic cement under specific environmental scenarios.
• Traceability: Regular reference to this standard allows for consistency across testing facilities and laboratories, providing confidence in the results obtained.
• Recent Updates: With the latest revision in May 2020, this version incorporates modern practices and improvements in testing methods aligned with current industry standards.

Applications

ASTM D4464 - 15(2020) is essential for engineers, architects, and quality assurance professionals involved in construction and civil engineering. The results derived from tests based on this standard assist in:

• Assessing the longevity and sustainability of construction materials.
• Determining compliance with regulatory and safety standards.
• Enhancing material performance through insightful data, which informs design modifications.

Purchase Options

Available for just £68.00, ASTM D4464 - 15(2020) can be acquired in both digital PDF format and hardcopy. This dual-format offering ensures you have the flexibility to use the document in a way that best suits your operational needs, ensuring no detail is overlooked. By investing in this standard, organizations can significantly reduce risks associated with material failure and ensure overall project success.

Conclusion

Investing time and resources into understanding and applying ASTM D4464 - 15(2020) is imperative for all industry professionals involved in the application of hydraulic cement. With its detailed methodology and modern revisions, this standard serves as a benchmark for ensuring material quality, thereby fostering durability and safety in construction processes.