▎ 摘　　要

NOVELTY - The utility model claims a graphene-laminated composite conductive film, comprising a transparent substrate and set on the transparent substrate in turn from bottom to top of the first graphene layer and transparent organic conductive layer, second transparent organic conductive layer, the second transparent organic conductive layer material through the graphene layer in the pore and the first transparent organic conductive layer material. The utility model uses the graphene of high transmission and high conductivity, the inner layer is made of PEDOT: PSS can remarkably enhance the adhesive force of the film, outermost layer of PEDOT: PSS through pores of the graphene layer to PEDOT of the inner layer: PSS, can obviously improve graphene conductivity of graphene laminated composite conductive film has excellent transmittance and conductivity, and is prepared on the flexible substrate film has excellent bending performance, can be widely applied to a flexible display, intelligent wearing, building and solar energy field.