The electro-hydraulic servo fatigue testing machine utilizes the electro-hydraulic servo principle to perform reciprocating fatigue testing, which is widely used in the life testing of metals and composite materials. Timely troubleshooting of equipment operational hazards can effectively ensure the operational stability of the electro-hydraulic servo fatigue testing machine and ensure the accuracy and reliability of test data.

The material tensile testing machine is a core mechanical testing equipment for industrial quality inspection and scientific research and development. It is primarily used for accurately measuring key mechanical properties such as tensile strength, elongation at break, yield strength, stress-strain, etc. of various materials. It is widely compatible with multiple testing standards such as GB (Chinese national standard), ISO, and ASTM. It serves as a core fundamental equipment for quality control in manufacturing and the iterative development of new materials.

Rubber and plastic materials are widely used in automotive, cable, sealing, new materials, and other fields. Their tensile properties under high and low temperature environments are core indicators for evaluating product weather resistance and structural stability. Industry testing must strictly adhere to national and international standards to ensure that test data is accurate, compliant, and can be used for quality inspection, acceptance, and scientific research reference.