Thermal conductivity is a common concern for many when using thermal silicone sheets, especially during the physical operation process. This coefficient does not change with the area of the material, so we can only maintain its subsequent use by selecting the right material. Let's take a look at the thermal conductivity of thermal silicone sheets with all of you now.

Thermal conductivity of thermal silicone sheets typically ranges around 0.8~5.0, which is relatively good. This material is inherently stable and does not change with variations in volume or area. Therefore, it's a misconception that they can be stacked for use. Only when a suitable thermal conductivity is chosen initially, can the material be used without issues. Of course, we also need to pay attention to the adhesiveness.

During the process of using thermal conductive silicone sheets, due to issues related to their thermal conductivity and thermal resistance, as well as the requirement for adhesiveness, this can ultimately lead to higher thermal resistance, which in turn affects the thermal conductivity. Therefore, do not assume that higher thermal conductivity is always better; choose the appropriate option based on your specific installation requirements, or slightly higher by about 0.3 to 0.5 points than your predetermined index. If it exceeds 1.0, it may impact the actual conductivity.