Testing Products

Advanced ceramics, advanced glass, advanced metals, polymer materials, ceramic matrix composites, carbon-based composites, resin matrix composites, etc.

Testing Items

Fatigue Life

Creep Performance

Stress Rupture Performance

Testing Standards

GJB 10311-2021 Test method for high-temperature mechanical properties of continuous fiber reinforced ceramic matrix composites

HB 5439-89 Carbon fiber resin matrix composites — Tension-compression and compression-compression fatigue test method

HB 5440-89 Carbon fiber resin matrix composites — Tension-tension fatigue test method

GJB 2637A-2019 Fatigue test method for carbon fiber resin matrix composite laminates

GJB 2033-94 Tensile fatigue test method for aviation organic glass

GB/T 3075-2021 Metallic materials — Fatigue testing — Axial force-controlled method

ASTM C1360-17 (2025) Standard practice for constant-amplitude, axial, tension-tension cyclic fatigue of continuous fiber-reinforced advanced ceramics at ambient temperature

GB/T 35465.3-2017 Test method for fatigue properties of polymer matrix composites — Part 3: Tension-tension fatigue

GB/T 35465.4-2020 Test method for fatigue properties of polymer matrix composites — Part 4: Tension-compression and compression-compression fatigue

GB/T 35465.5-2020 Test method for fatigue properties of polymer matrix composites — Part 5: Flexural fatigue

Service Advantages

The Central Research Institute of CTC has been dedicated to testing and evaluation services for new materials such as ceramics, ceramic matrix composites, and carbon-carbon composites for nearly 20 years, accumulating extensive experience in dynamic mechanical performance testing of new materials. It can meet the requirements for dynamic long-term mechanical performance evaluation within the range of low temperature −100°C to 2000°C. Its fields cover the full testing chain standards of ASTM, GJB, and GB/T, and it holds qualifications including CNAS, CMA, ALAC, and DIAC.