The manufacturing process of this material is relatively straightforward, involving the uniform dispersion of thermally conductive fillers in the silicone gel to form a gel with good flow properties. This structure not only enhances thermal conductivity but also allows the thermal silicone gel to better conform to various surface shapes, increasing contact area and further improving heat dissipation.

In electronic devices, thermal silicone gel can serve as an interface material between chips, heat sinks, and other heat sources, effectively reducing the operating temperature of the equipment and prolonging its lifespan. Additionally, due to its excellent electrical insulation properties, thermal silicone gel poses no short-circuit risk to electronic components, making it particularly safe for use in high-density electronic products.

As technology advances, the application scope of thermal silicone gel continues to expand. Beyond electronic products, this efficient thermal management material is increasingly utilized in LED lighting, solar cells, and electric vehicles to enhance overall energy efficiency and reliability. In the future, thermal silicone gel will play an even more crucial role in emerging technologies and products, supporting innovation across various industries.



A single-component pre-cured thermally conductive silicone gel,pls check IOTA DZ125