What are the advantages and application industries of platinum thermal conductive silicone sheets and thermal insulating silicone sheets

Thermal conductive silicone sheetIt is a thermal conductive medium material produced through special processing, using silicone as the substrate and adding other auxiliary materials such as metal oxides. Thermal insulation silicone sheet only plays a role in thermal conductivity, forming a thermal conduction channel between the heating element and the heat dissipation device, and together with the heat dissipation fins, structural fasteners (fans), etc., forming a heat dissipation module.
The main purpose of using thermal conductive silicon film is to reduce the contact thermal resistance between the heat source surface and the contact surface of the heat sink component. Thermal conductive silicone can effectively fill the gaps between contact surfaces. Air is a poor conductor of heat and can seriously block the transfer of heat between contact surfaces. With the addition of thermal conductive silicone pads, the contact surfaces can be better contacted, and the temperature reaction can achieve the smallest possible temperature difference.
1. Thermal conductivity silicone sheet manufacturers have a wide range of thermal conductivity options and are stable for long-term use;

2. The thermal conductivity of double-sided adhesive tape is not significant;

3. Thermal conductive silicone grease solidifies at room temperature, but at high temperatures, it is prone to surface cracking, unstable performance, volatilization, and flow. Its thermal conductivity gradually decreases, which is not conducive to the long-term reliable operation of the system.

Advantages of Thermal Conductive Silicone Film:

1. Can compensate for process differences

The thickness and hardness of Shenzhen thermal conductive silicone sheet can be adjusted according to different designs, thus bridging the differences in heat dissipation structures, chips and other processes in the thermal conductive channel, reducing the requirements for tolerances between heat sinks in structural settings (more obvious in flatness and roughness). If the processing precision is improved, it will greatly increase the product cost. Therefore, thermal conductive silicone sheet can have a larger contact area with the heating element and heat dissipation device, achieving a reduction in the cost of heat dissipation devices.