Carbon fiber thermal conductivity pad with high thermal conductivity

The higher the power of electronic components is, the greater the heat generated by them. The energy consumed by large commercial servers, communication base stations and large motors is much higher than ordinary electrical equipment, so their heat dissipation requirements are much higher than conventional ones. Thermal conductivity is a parameter to measure the thermal conductivity of materials. The higher the thermal conductivity is, the stronger the thermal conductivity is and the better the thermal conductivity effect is. The thermal conductivity of common thermal conductivity materials on the market is 1-8W/MK.

Carbon fiber thermal conductive pad is a kind of thermal conductive gasket made of carbon fiber silica gel as raw material. It acts between the power device and the radiator. By filling the gap between the two, air is excluded, so that the heat from the heating source can accelerate the conduction to the radiator, so as to ensure the service life and performance of the body. Because the product uses carbon fiber as raw material, its thermal conductivity can exceed copper, and it has good mechanical properties, electrical conductivity and excellent thermal conductivity and radiation cooling ability.

Carbon fiber thermal conductive pad is a kind of strong performance of thermal conductivity of thermal conductive caulking material, its coefficient of thermal conductivity can reach 35 w/MK, can meet most of the cooling demand, but the carbon fiber thermal conductive gasket for the use of raw materials is different from ordinary thermal conductive materials, so its price higher than other thermal conductive materials, so you need to feel their needs and tastes.