▎ 摘　　要

NOVELTY - The utility model claims a graphene conductive radiating composite film, comprising a composite film body, a copper conductive layer, an upper film holding layer, a film base layer and an abnormal fibre compression layer; the central position of the inner part of the composite film body is provided with a film base layer; and the inner part of the composite film body at one side of the film base layer is provided with an upper film holding layer; and the inner part of the composite film body on one side of the upper film layer far away from the film base layer is provided with a high molecular radiating film layer; the inner part of the macromolecule radiating film layer is provided with a radiating structure, and the macromolecule radiating film layer far away from the composite film body of one side of the upper film holding layer is provided with a copper conductive layer, and the inner part of the copper conductive layer is provided with a conductive structure, the inner part of the composite film body at one side of the film base layer far away from the upper film holding layer is provided with a lower film holding layer. The utility model not only prolongs the service life of the graphene composite film, improves the application range of the graphene composite film, but also avoids the phenomenon that the graphene composite film is broken.