Basic performance testing: mechanical property tests such as material density, tensile strength, and bending strength

Temperature shock test chamber: It simulates a rapid alternating temperature environment between extremely high and low temperatures, assessing and analyzing the structural stability, sealing reliability, and performance consistency of products under thermal expansion and contraction stress. The temperature range for shock testing is from -40℃ to +200℃.

Flow resistance and thermal resistance tester: Conduct overall thermal resistance and thermal conductivity tests on products in batch; heat source power: 150W~2000W; flow rate: 0.5~20L/min

Core performance testing: Specialized tests for thermal conductivity, thermal expansion coefficient, surface hardness distribution, etc

Defect testing: Utilizing techniques such as X-Ray diffraction inspection to identify and address issues such as internal cracks and porosity in materials

Image measuring instrument: It can achieve high-precision automatic detection of 2D and partial 3D dimensions and geometric tolerances of workpieces without touching the workpieces. It can complete multi-parameter measurements in batches, improving detection efficiency and accuracy. It can also generate data reports, facilitating dimensional quality control and quality traceability, and ensuring product assembly adaptability.

Hardness tester: quickly assess material properties, hardness distribution, verify processes, ensure product reliability, control product quality, meet standards, and facilitate quality traceability and process optimization.

Thermal expansion tester: It measures the thermal expansion characteristics of materials, verifies thermal compatibility, ensures structural stability and service reliability under high and low temperature conditions, and supports process optimization.