Thermal conductive silicone

Category： Polymer Materials
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Thermal conductive silicone: the core material for electronic device heat dissipation

Thermal conductive silicone is a synthetic material made by adding fillers such as alumina and boron nitride to silicone as the matrix. It has high thermal conductivity (thermal conductivity up to 15W/m · K), electrical insulation, flexible bonding, and high/low temperature resistance (-50 ℃ to 200 ℃). It has various forms, including paste like silicone grease, sheet-like gaskets, liquid potting glue, etc., and is widely used in:
Consumer electronics: CPU, graphics card, mobile phone processor cooling to prevent overheating and lagging;
Industrial sector: electric vehicle battery packs, solar photovoltaic panel heat dissipation to improve energy efficiency;
High end manufacturing: aerospace precision component protection, suitable for extreme environments.
Stable performance: resistant to oxidation and corrosion, with a long service life;
Support customization for different thermal conductivity, hardness, and colors.
Select type based on application scenario:
Silicone grease: suitable for filling irregular surfaces (such as computer chips);
Silicone pad: used for modular heat dissipation (such as automotive electronics);
Sealing adhesive: suitable for high protection requirements (such as sensor packaging).