Two-component thermally conductive silicone, used as a heat transfer medium for cooling electronic devices, can be cured in position to form a soft elastomer that does not produce stress on electronic components. After curing, it fits closely to its contact surface and reduces thermal resistance, thus facilitating the heat transfer between the heat source and its surrounding heat sink, motherboard, metal case and shell, with high thermal conductivity, good insulation and ease of use.
Currently, with the development of battery technology, the product line of electric vehicles is beginning to diversify. In the case of electric supercars, for example, because of the need for frequent high-speed operation of the motor.
Thermal conductive silicone grease only has good thermal conductivity when it is in a paste state, once it dries and even cracks, air will enter the cracks and as air is a non-conductive material, it will affect the thermal conductivity
The high-temperature resistant electronic glue is developed using polymer technology and is non-polluting and does not emit gases that are harmful to humans.
The chemical reaction between the two components creates a number of chemical bonds, so that the cured adhesive is structurally strong and can withstand extreme external damage.
The same principle of putting creamy heat dissipation paste into the middle of two pieces of aluminium rubbing can also be made of aluminium heat-conducting silicone.
