The working principle of Thermal silicone gasket is mainly based on its good thermal conductivity. When heat is transferred to a Thermal silicone gasket, the heat is transferred through the movement of molecules in the silicone material. Since the molecular structure of silicone materials contains a large number of weak bonds and active spaces, these weak bonds and active spaces can effectively transfer heat, allowing heat to be transferred smoothly from one object to another.
The working principle of Thermal silicone gasket can be simply understood as removing air, reducing thermal resistance and transferring heat. By excluding the air between the contact surfaces, the obstruction to heat transfer is reduced and the gaps are filled to form a good heat conduction path between the heating element and the heat dissipation device. At the same time, Thermal silicone gasket also has insulation, shock absorption, flame retardant and other properties, which can effectively protect electronic equipment from thermal damage and electric shock.
In addition, the thermal conductivity of Thermal silicone gasket is closely related to its manufacturing process. During the production process, the thermal conductivity of Thermal silicone gasket can be further improved by adding high thermal conductivity materials such as metal powder fillers and metal oxide fillers. At the same time, the use of a special process to synthesize thermally conductive silicone sheets can also make it have high flexibility and plasticity while maintaining good thermal conductivity, making it easy to apply to different curved and irregular surfaces.
In short, the working principle of Thermal silicone gasket is mainly based on its good thermal conductivity and manufacturing process. By expelling air, reducing thermal resistance and transmitting heat, Thermal silicone gasket can effectively transfer heat from the heating element to the heat dissipation device and protect electronic equipment from thermal damage and electric shock. When selecting and applying Thermal silicone gasket, it is necessary to evaluate and select based on specific application scenarios and needs.
