Knowledge of thermal conductive silicon film

What is a thermal conductive silicone sheet? Thermal silicone grease pad is a heat dissipation material with good thermal conductivity made from silicone rubber as the base material and various filling materials added. It is usually black or gray in color, with a certain degree of flexibility and compressibility, and can adapt well to different shapes and sizes of heat source surfaces. Features and advantages: Excellent thermal conductivity: The thermal conductive silicone sheet has a high thermal conductivity coefficient, which can effectively transfer heat from the heating equipment to the radiator or other heat dissipation media. Good temperature resistance: able to maintain stable physical and chemical properties over a large temperature range, suitable for heat dissipation needs in high-temperature environments. Good insulation performance: It can provide good electrical insulation effect while conducting heat, avoiding safety issues such as short circuits. Aging and corrosion resistance: It has good resistance to most chemical substances, is not easily affected by moisture and deteriorates, and has a long service life. Easy to use: It can cure without heating and has a uniform thickness, making it suitable for automated production processes. Application field in the electronic and electrical industry: widely used for chip cooling in computer CPUs, GPUs, power modules, and various electronic products. Automotive industry: Used for heat dissipation treatment of key components such as sensors and ECU in the engine compartment. Communication equipment: heat dissipation management in mobile phone motherboards and base station equipment. Medical instruments: heat dissipation solutions for sensitive components in medical devices. Aerospace: plays an important role in the electronic systems of spacecraft and spacecraft with high reliability requirements. The solar photovoltaic industry: helps to improve the conversion efficiency and service life of solar panels. Installation precautions: Before applying thermal conductive silicone film, ensure that the coated surface is clean, dry, and free of grease. Select a suitable thermal conductive silicone sheet based on the size of the heat source and apply it evenly on the surface of the heat source. In order to achieve the best heat dissipation effect, air gaps should be minimized as much as possible to ensure that the silicone sheets are tightly fitted. Do not apply too much to avoid affecting the normal operation and aesthetics of the equipment. Market Outlook With the development of technology and the popularization of high-performance products, people’s requirements for heat dissipation are becoming increasingly high. As an efficient heat dissipation material, thermal conductive silicon film will be widely used and developed in the future. Especially in the fields of mobile devices and data centers, the demand for their high performance, small size, and lightweight will continue to grow.