▎ 摘　　要

NOVELTY - The utility model claims a high heat conducting graphene composite insulating gasket, comprising a graphene heat conducting gasket, a heat conducting silica gel layer, an insulating heat conducting layer; and heat dissipation pore auxiliary radiating mechanism; the utility model is provided with an auxiliary radiating mechanism at the outer side of the graphene heat conducting gasket; the high frequency electric appliance is put into the placing groove; the radiating seat provides stable support; at the same time, the graphene heat conducting gasket in the slot is attached to the bottom of the electric appliance through the straight slot the heat-conducting silica gel layer reduces the thermal resistance of the graphene heat-conducting gasket and the electric appliance; and it is insulated by the insulating heat-conducting layer; in the using process of the electric appliance will generate heat; at this time, the graphene heat-conducting gasket absorbs heat through the heat-conducting silica gel layer; the surface of the graphene heat-conducting gasket is provided with a radiating hole; increases the graphene heat-conducting gasket contact the air, which is good for conducting the heat to the air, and the graphene heat-conducting gasket is supported by the radiating seat, so contact the area of the air is increased, further improving the radiating performance.