Thermally Conductive Insulator

Thermally conductive insulator are high-performance thermal interface materials. Featuring high thermal conductivity, high electrical insulation, high reliability, a soft design, and a smooth surface, they are widely used on the surfaces of various metal and ceramic components. Major application scenarios include:

Thermally conductive insulator for IGBT, Power semiconductor TO package, Power switch module Applications

Reliable electrical insulation ensures that power devices operating under high voltage will not short-circuit. Using fiberglass as a reinforcing substrate gives the material excellent tear resistance and puncture resistance, ensuring that it will not be scratched during installation, nor will it crack or fail under long-term high-temperature, high-vibration operating conditions, thereby providing outstanding mechanical stability and reliability.

Thermally conductive insulator for LED lighting Applications

For power devices such as UPS, inverters, and transformers, Thermally conductive insulator offer excellent dielectric strength to withstand high-voltage breakdown. They can directly replace the traditional combination of “ceramic sheet + thermal grease,” effectively avoiding reliability risks such as drying out and contamination due to grease bleed over time.

Thermally conductive insulator for Automotive control units and Motor control units Applications

Thermally conductive insulator can effectively handle the immense heat generated by high-power components such as power modules in automotive electronics, ensuring their stable operation. Their excellent electrical insulation properties reliably isolate high-voltage currents, effectively preventing leakage, breakdown, and electrical faults, thereby protecting the stable operation of core circuits and control units.