KS M 3045-2018(2023) - Testing methods for chemical resistance of plastics under constant tensile load

Introduction: The KS M 3045-2018 (2023) standard, published by the Korea Agency for Technology and Standards (KR-KATS), outlines a method for evaluating the chemical resistance of plastics under constant tensile load. This standard provides detailed procedures for testing various types of plastics to determine their durability against specific chemicals when subjected to sustained mechanical stress. It includes guidelines for selecting appropriate test specimens, conditioning environments, application of chemical agents, and assessment criteria such as weight loss percentage and dimensional changes.

The KS M 3045-2018 (2023) standard is particularly useful in industries that rely heavily on plastic components exposed to aggressive chemicals or solvents. It ensures consistent testing protocols across manufacturers and laboratories, facilitating reliable comparisons between different plastic materials and their chemical resistance properties under tension.

By adhering to the KS M 3045-2018 (2023) standard, stakeholders can obtain accurate data on how plastics perform in environments where they are exposed to both mechanical loading and chemical exposure. This information is crucial for product design, quality control, and regulatory compliance purposes.

*** Please note: This description may not be accurate, please refer to the official documentation.

KS M 3045-2018(2023) history

2023 KS M 3045-2023 Testing methods for chemical resistance of plastics under constant tensile load
2018 KS M 3045-2018 Testing methods for chemical resistance of plastics under constant tensile load
2008 KS M 3045-2008 Testing methods for chemical resistance of plastics under constant tensile load
0000 KS M 3045-2003