Environmental Simulation & Vibration Test Solutions for
The reliability of electronic components forms the foundation for the overall performance and service life of electronic systems and equipment. Ensuring the stability and durability of these components under various environmental conditions is essential for extending product lifespan, reducing failure rates, and improving system-level performance. Environmental simulation and mechanical testing help evaluate the strength, consistency, and environmental adaptability of materials, circuit assemblies, and complete modules, making them indispensable tools in the electronics industry.
| Component under test | Test types | Purpose | Recommended equipment |
| Electronic voltage converters | Thermal shock test | Accelerated aging to assess power output stability and potential thermal protection failures | Thermal shock test chamber |
| Connectors | Temperature cycling test, high-temperature test, steady-state damp heat test, combined environment test | Evaluate insulation performance and determine whether degradation occurs; verify reliability | Temperature & humidity test chamber High-temperature test chamber Combined temperature/humidity/vibration test system |
| Sensors | High-temperature test, high acceleration stress test | Accelerated aging, service life evaluation | High-temperature test chamber High acceleration stress test chamber |
Note: The above applications are provided for reference only and do not constitute formal testing standards. If your application is not listed, please contact us for custom solutions tailored to your specific requirements.
A specialized aging chamber with transparent glass enclosure was custom-built for a client requiring visual monitoring during aging tests.
A 18 m³ combined test chamber equipped with an electric screw-drive platform was delivered to support integrated temperature, humidity, and vibration testing.
