Introduction to the working principle of thermal conductive silicone 123, Industrial adhesive wholesale website

There has always been a challenge regarding thermal conduction between solid objects, primarily because it is difficult for two solids to make complete contact. No matter how smooth and flat a solid’s surface appears, magnification reveals that the surface is quite uneven, which affects heat transfer. This is where thermal grease comes into play. Its purpose is to fill gaps between heat-generating devices and heatsinks while conducting heat. Even the finest heatsinks inevitably have small gaps when in contact with the CPU. Therefore, it is essential to use thermal grease to fill the space between the CPU and the heatsink. By increasing the contact area between the two, the effectiveness of heat transfer can be improved, preventing damage from excessive temperatures in the CPU or heat-producing components. However, it is important to note that metal heatsinks possess significantly higher thermal conductivity than thermal grease; thus, thermal grease is only meant to fill gaps and should not be considered the primary means of heat dissipation. Its role is merely to assist in the cooling process.

Introduction to the working principle of thermal silicone

A glue manufacturer specializes in producing and selling thermal grease, thermal paste, thermal silicone, thermal adhesives, cooling silicone, electronic silicone, high-temperature silicone, power supply silicone, and more. The products are reliable and environmentally friendly, offering free sample services and technical consultations to customers. They also provide alternatives to imported thermal greases and silicones.

For more information about thermal grease, thermal silicone, electronic silicone, and thermal materials, please consult the glue manufacturer or visit their website at http://www.aicarde.com. We are dedicated to serving you.