How to Perfect Use Thermal Conductive Silicon Film to Solve Thermal Conductive Problems

As a mature and stable product, thermal conductive silicone film is also widely used in the market, involving a wide range of applications. Whether in the communications industry, electronics industry, or LED industry, thermal conductive silicone film will be one of the thermal conductive products considered by manufacturers. Therefore, thermal conductive silicone film has more advantages than other thermal conductive products. Then how to use the thermal conductive silica gel correctly?

In the early stage of product design, thermal conductive silicon film should be added to the structural design of the product. It is required that the thermal conductive silica gel sheet can perfectly solve the thermal conductivity problem of the product, and can fit the product design, facilitate installation, etc.

1、 Selection of heat conduction scheme: the development trend of electronic products tends to be thinner and thinner, and the previous heat conduction methods mainly focus on the heat sink scheme; With the development of heat conduction technology for electronic products, it is now more likely to use structural heat sinks, mainly metal supports and metal shells; Or two schemes can be used for marriage; In a word, in different products and different use environments, choose the best cost-effective heat transfer solution, perfect use of heat transfer silica gel

2、 If you choose the heat sink scheme, you can use heat conductive double-sided adhesive, heat conductive silicone grease and other heat conductive materials. However, the heat conducting double-sided adhesive has relatively poor heat conducting effect; Thermal conductive silicone grease does not have the ability of shock absorption and compression resistance; Light and thin thermal conductive silica gel sheet can be selected for better thermal conduction and heat dissipation effect and convenient operation.

3、 When selecting structural parts for heat dissipation, it is inevitable to combine thermal conductive silicon film with the thermal conductive radiator components on the contact surface. If the product design allows, try to choose a thermal conductive silicone film that is not thick.

A good thermal conductive material, combined with the correct use method, can perfectly solve the problem of heat conduction and heat dissipation of the product