The thickness and softness of the thermal conductive silicone pad can be adjusted according to different designs, so that the size difference of the heat dissipation structure and chip can be bridged in the thermal conductivity channel.
Profound high thermal conductive silicone pads reduces the requirements of the contact surface of the heat dissipation device in the structural design, especially the difference of flatness and roughness.
If the processing accuracy of the contact parts made of thermal conductive materials is improved, the cost of the conductive silicone pad will greatly increase.
so the silicone based thermal pad can fully increase the contact area between the heating element and the heat dissipation device, and reduce the production cost of the radiator and contact parts.
1. Remove the protective film
2. Clean the surface of the heating element.
3. Place silicone based thermal pad on it.
4. Place the heat dissipation device.
Yes, we can do custom size, thickness, and other requirements.
Silicone itself is not good for heat dissipation.
Silicone added some metal in it, will have a pretty good thermal conductivity.
Yes it is safe to touch, but make sure you don't eat it.