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Excellent high and low temperature resistance and aging resistance
Can maintain good results in various environments for a long time
The thermal conductive material is combined with the battery heat dissipation design to form an efficient heat dissipation system to control the temperature.
Effective thermal conductivity design reduces the temperature fluctuation, reduces the battery aging speed, and extends the life.
With fire prevention and explosion-proof characteristics, enhance the safety of the battery system, reduce the safety risks.
Thermal conductivity material helps to ensure a uniform temperature distribution of the battery pack and avoid local overheating,
Thus improving the stability of the battery system.
PGT series thermal-conductive silicone padsowns excellent conformability, high thermal conductivity, self-adhesiveness, excellent insulation, and can be used to fill the surface gaps of irregular parts under low pressure conditions to achieve insulation, heat transfer, shock absorption and other functions. The series can meet the design requirements of equipment miniaturization and ultra-thinness, and has a wide range of thickness applications. It is an excellent thermally conductive filler material, which is widely used in electronic and electrical products.
SGT is a kind of self-adhesive silicone thermal-conductive pouring sealant specially developed according to the heat dissipation needs of industrial parts, which is an ideal choice for thermal sealing in harsh environments.
The GMG series of thermal grease has excellent thermal conductivity, which can create an efficient thermal conduction channel between the heating element and the heat sink to effectively enhance the heat dissipation effect. The series has the characteristics of dustproof, anti-corrosion, shockproof and other characteristics to provide heat dissipation and protection for electronic components. It can ensure stable electrical performance of electronic components such as power amplifiers, electronic tubes, CPUs, etc., and improve the performance of electronic instruments and meters.
