The chemical corrosion resistance of thermal conductive silicone cloth is one of its core properties, and its performance is derived from the chemical structure and process design of the material itself.
For different extreme temperature environments, thermally conductive silicone sheet achieves performance optimization through formula adjustment.
Thermal conductive silicone cloth is more reliable than traditional thermal pads not just because of its higher thermal conductivity, but also because of its comprehensive advantages in structural stability, high-temperature resistance.
In the face of vibrations of different frequencies and intensities, thermally conductive silicone sheet can play a shock-absorbing role through its own damping properties.
The insulation performance of thermal conductive silicone cloth has a certain stability and is not easily affected by environmental factors.
The low volatility of thermally conductive silicone sheet first creates a clean internal environment for precision electronic equipment.