Super Soft Tear Resistant Thermally Conductive Silicone Foam

 

Thermally conductive silicone foam is made of silica gel and thermally conductive ceramic fillers, with glass fiber cloth as a reinforcing material, and processed through a special process. The product has the characteristics of softness, anti-stretching and tearing, and has good compression and resilience performance, which can effectively fill the gap between devices to achieve heat dissipation effect and reduce the process requirements of heat dissipation structure. It can adapt to changes in temperature and pressure and can be used stably for a long time, and is suitable for heat dissipation design of automobile batteries.

Features:

•The thermal conductivity is 1.0W/m·k, which can be prefabricated and easy to use.

• It does not corrode metal parts, it is safe and non-toxic, and its flame retardant grade can reach UL94 V-0.

• High electrical insulation, the breakdown voltage can reach more than 6kV. Effectively prevent electronic components from being damaged due to short circuit.

•Silicone foam is soft, has good resilience, can effectively fill gaps, and has high compression performance, which can meet different design requirements, up to 50%. Low stress, can effectively prevent damage caused by extrusion, and better protect electronic components.

•Silicone foam is resistant to high and low temperature and oxidation, and can meet the requirements of use under severe conditions. It has good stability and can be used continuously for a long time.

• Silicone foam is self-adhesive on one side, no additional adhesive is required, easy to assemble, no displacement during construction, and can be cut arbitrarily according to customer needs.

 

As a reinforcing material, glass fiber cloth is puncture-proof, making it have high tensile strength and tear strength.

 

Silicone foam has certain toughness and will not be damaged by the tightening force during assembly. It can maintain performance for long-term use in harsh environments, meet the design purposes of insulation, heat conduction, bonding, sealing, filling gaps, shock absorption, sound absorption, etc., while reducing assembly costs and improving manufacturing efficiency.