This product is a brand new thermal and heat dissipation material, which operates through four main steps: conduction, evaporation, convection, and solidification. There is water inside the membrane, which absorbs heat and evaporates. The heat is transferred to other places and condensed into water. The water returns to the heat source through the capillary tube, and then absorbs heat and evaporates, dstributing the heat flow of multiple heat sources evenly over a large heat dissipation area over a short distance.

The heat dissipation capacity of ultra-thin heat dissipation film is several times that of heat pipe and dozens of times that of graphene, so it is considered the best heat dissipation component in the fields of ultra-high frequency communication and new energy, and is the mainstream heat dissipation solution for rapid charging and discharging of future ultra-high frequency communication base stations, ultra-high frequency communication smartphones, and power batteries.

　　Product Structure Diagram