Application of thermal silicone gel in automated production

The heat generated during the operation of machinery and equipment is mainly due to the energy loss when electric energy is converted into target energy. Most of the lost energy will be dissipated to the outside in the form of heat, which is one of the main reasons for the heating of machinery and equipment during operation. . It is common practice to install a radiator or heat dissipation component above the heat source, and heat is guided from above the heat source to the radiator, thereby reducing the temperature, but there is a gap between the heat source and the radiator, and the air in the gap will reduce the heat transfer efficiency.

The solution to this problem is to fill the heat-conducting material between the radiator and the heat source. The air between the gaps allows the heat source and the radiator to be in close contact, reducing the contact thermal resistance and improving the heat transfer efficiency. The thermal silicone gel in the heat-conducting material Is an efficient and suitable for automated production methods of thermal conductivity material, so what is heat dissipation silicone gel?

Thermal silicone gel is a kind of gel that uses silicone resin as the matrix, adds heat-conducting fillers and bonding materials in a certain proportion, and is processed through a special process. In the industry, it is also called thermal silicone gel mud and thermally conductive mud. It has high thermal conductivity, low thermal resistance and good thixotropy. It has become an ideal material for applications with large gap tolerances. It is filled between the electronic components that need to be cooled and the radiator/shell to make close contact and reduce Thermal resistance quickly and effectively reduces the temperature of electronic components, thereby prolonging the service life of electronic components and improving their reliability.