Why Are Silicone-free Thermal Pad So Popular?

In the process of using precision instruments, we must consider the characteristics of thermally conductive materials and volatile matter. If a conventional thermally conductive silicone pad is used, volatilization of silicone oil is unavoidable. Generally, silicone oil will precipitate more or less after long-term use, and silicone will volatilize at high temperatures, affecting some components. 


Silicone-free thermal conductive pads can avoid such situations. Sheen Silicone-free thermal pads do not contain silicone oil, have no silicone volatilization, and precision electronic components are not affected. They have good stability, low viscosity, and can be used repeatedly. Compared with the traditional silicone-type thermal pads, the thermal conductivity of silicone-free thermal pads is not inferior. Under the same specifications, the thermal resistance of silicone-free thermal pads is lower. Main applications include: bottom or frame of radiators; set-top boxes; storage batteries for power supplies and vehicles; charging piles; LED TVs, LED lamps; RDRAM memory modules; SFP optical modules; silicone-sensitive applications; micro heat pipe radiators; medical equipment, etc.