▎ 摘　　要

NOVELTY - The utility model model claims a high-graphene and heat-conducting silica gel composite film, comprising an anti-wear outer surface layer, the inner part of the anti-wear outer surface layer is provided with a radiation-proof layer, and the upper end face of the anti-wear outer surface layer is connected with a first silicon oil layer, the lower end face of the anti-wear outer surface layer is connected with multiple stress clamping grooves, and the inner part of the force clamping groove is connected with a force receiving body, the lower part of the first silica gel layer is provided with a base layer, the lower end face of the flexible buffer layer is connected with several stress connecting buckle body, the lower part of the flexible buffer layer is provided with a second silica gel layer, the lower end face of the second silica gel layer is connected with a second silicon oil layer. the high heat-conducting graphene heat-conducting silica gel composite film through the flexible buffer layer and the second silica gel layer can improve the connection between each level, so as to improve the stress effect of the device; The second silica gel layer can make the double-surface of the device form a good heat conducting structure, so as to improve the heat conducting effect.