What are heat-conducting silicone pads
Mar 23, 2023
Thermal conductive silicone products believe that you can also be well understood through the literal meaning, that is, the molding products of silicone material have thermal conductivity, because silicone has the characteristics of thermal conductivity, so basically most of the silicone products have thermal conductivity, but relative to different silicone products its thermal conductivity performance is different, The following introduces a very good thermal conductivity of silicone products thermal conductive silicone sheet.
Thermal conductive silicone sheet it is also made of ordinary silicone as raw material, and then it is necessary to pass a special process to make thermal conductive silicone sheet known as silicone products with very good thermal conductivity. Its role is mainly used by users to play the role of heat transfer in high temperature products. Thermal conductive silicone sheet products have good insulation, mechanical, sealing and deformation. Therefore, the application of thermal conductive silica gel sheet can also be widely used. The following describes the application of thermal conductive silica gel sheet in which industries?
Silicone heat conductive sheet can be used in household appliances, such as air conditioning, microwave oven, heater and other electrical appliances are required to heat the silicone sheet; In the power supply industry, such as transformers, capacitors, resistors, inductors and other products, as long as belong to the high power rate components, then the heat of these components are not small thermal conductive silicone sheet will be distributed to the shell; The thermal conductive silicone sheet is also widely used in the led industry. It can be used to connect the aluminum substrate and the heat sink in the led lamp products. At the same time can also be applied to the pc, pc motherboard above such as the south bridge, north bridge, motherboard chip, graphics chip, etc. need heat transfer of thermal silicone sheet.




