There are many silicone products on the market, such as silicone grease, thermal conductive silicone, silicone heat sinks, and our liquid silicone. Does liquid silicone affect heat dissipation? So we need to first understand the concept of "heat dissipation", because air is a poor conductor of heat, so we need a medium between the heat source and the radiator to squeeze the air out of the contact surface.

Liquid silicone is a type of silicone material with fluidity, mainly composed of silicone oil, accelerators, and some reinforcing agents. Liquid silica gel is characterized by rapid vulcanization, excellent tear resistance, resilience, yellowing resistance, thermal stability, heat resistance and aging resistance. Liquid silicone also has non-toxic, heat-resistant, and high resilience, making it suitable for injection molding processes and can be used to produce various baby products, medical supplies, and electronic products.

Many electronic products use liquid silicone for heat dissipation because its performance is more suitable compared to other materials. Conventional liquid silicone heat dissipation can achieve a thermal conductivity coefficient of around 0.8, which can be higher if used professionally for heat dissipation performance. So, is liquid silicone good at heat dissipation?

Liquid silicone is a new material made by mixing multiple materials, which is a high-tech material. With the continuous improvement of performance, the types of liquid silicone have become more and more popular, and the application fields are becoming more and more widespread; It has been popularized in many areas of our daily lives.
 
And electronic liquid silicone is just one of the uses of liquid silicone. In addition to the heat dissipation performance of its own liquid silicone, it also has high requirements for other properties of liquid silicone; Liquid silicone is an environmentally friendly material that does not release materials that pollute the environment during use. It is also non corrosive and does not emit acidic or alkaline components, so it will not cause damage to electronic products; For example, the epoxy resin commonly used to seal scattered people before belongs to hazardous chemicals, which are flammable and explosive. There are significant safety hazards in transportation and storage. Secondly, during the operation and use of epoxy resin, it will generate high temperatures, around 80 degrees Celsius. Under high temperatures, it is relatively easy to damage some components with poor temperature resistance; Secondly, after the solidification of liquid silicone, the body is soft, and it will not be misaligned and damage the components in case of impact during transportation. It is also convenient for later disassembly, which can effectively protect the components from earthquake.