Why Thermally Conductive Silicone Has Become A High-performance Heat Dissipation Material ​

Thermal conductive silicone has become the first choice for high-performance heat dissipation materials due to its excellent thermal conductivity and various advantages.

1. Excellent thermal conductivity: Thermal conductive silicone has excellent thermal conductivity and can conduct heat efficiently. During the heat dissipation process, it can quickly transfer heat to a larger surface area and improve heat dissipation efficiency.

2. High temperature stability: Excellent high temperature stability, able to maintain stable performance under extreme temperature conditions. This prevents the thermally conductive silicone from decomposing or failing in high-temperature environments, ensuring long-term and reliable heat dissipation.

3. Good flexibility and filling: Thermal conductive silicone has good flexibility and can fill irregular surfaces and tiny gaps. This flexibility and filling ability can make it in close contact with components such as heat sinks and chips to improve thermal conductivity.

4. Electrical insulation: Good electrical insulation properties, able to effectively isolate the current between the heat source and the power supply. This is critical for heat dissipation of electronic devices and high-performance electronic components, ensuring safe operation of the equipment.

5. Corrosion resistance: Thermal conductive silicone has good corrosion resistance to common chemicals and corrosive substances. Under harsh environmental conditions, it can resist chemical corrosion and maintain its thermal conductivity and long-term stability.

6. Easy construction and adaptability: Thermal conductive silicone generally has good workability and is easy to deploy and apply. It is adaptable to a variety of shapes and surfaces, providing flexible usage options to accommodate the needs of different cooling structures.