The testing equipment is used for the evaluation of aerospace materials and components under static, cyclic, impact and high-temperature loading conditions. Whether it is tensile and flexural properties, fatigue life, creep behaviour or impact toughness, our testing systems include all the major areas of aerospace material research, structural reliability studies and quality verification.
The laboratory carries out fatigue, dynamic mechanical and reliability testing on aerospace materials and components using a SUNS 890-100 electro-hydraulic servo fatigue testing machine.
The SUNS 890-100 electro-hydraulic servo fatigue testing machine is used for research on the fatigue behavior of advanced materials and structural components, including tests involving cyclic loading and the related mechanical properties.
The system used for high-temperature creep and stress rupture testing is used to evaluate the creep behavior, stress rupture strength and high-temperature performance of aero-engine and other high-temperature materials.
The electromechanical universal testing machine can be used for carrying out tensile, compression and flexural testing on aerospace materials and components in order to carry out material research and to verify their performance.
The metal pendulum impact testing machine measures impact toughness and resistance of metallic materials to sudden loading, supplying test data which can be used to evaluate materials and to verify the quality of aerospace instruments and associated components.
