Silicone Thermal Pads Support Efficient Heat Transfer in Electronic Devices

ShenZhen, Guangdong, China - September 28, 2026 As power densities continue to rise in AI computing hardware, new energy electronic control systems, and medical instruments, excessive interfacial thermal resistance has become a primary cause of equipment failure. , a mainstream thermal interface material, utilize unique nsfer principles to bridge the gap between heat sources and heat sinks. With over two decades of deep expertise in the field, grounds its R&D in fundamental Material Science