▎ 摘　　要

NOVELTY - Preparation of polyaniline epoxy silicone graphene radiating electrostatic conductive coating material includes adding organic silicone modified epoxy resin and dispersant into solvent, stirring uniformly, sequentially adding conductive pigment, carbon nanotube, graphene and polyaniline, dispersing uniformly, putting in grinding machine, grinding to fineness of less than or equal to 20 mu m, obtaining color paste, adding into clean stirring kettle, under agitating condition, adding defoamer, leveling agent, matting agent and surface modifier, and uniformly mixing by stirring until fineness of 30 mu m is obtained. USE - Preparation of polyaniline epoxy silicone graphene radiating electrostatic conductive coating material. ADVANTAGE - The method provides polyaniline epoxy silicone graphene radiating electrostatic conductive coating material, which has high emissivity, high thermal conductivity and low thermal resistance. DETAILED DESCRIPTION - Preparation of polyaniline epoxy silicone graphene radiating electrostatic conductive coating material comprises adding organic silicone modified epoxy resin and dispersant into solvent, stirring uniformly, sequentially adding conductive pigment, carbon nanotube, graphene and polyaniline, dispersing uniformly, putting in grinding machine, grinding to fineness of less than or equal to 20 mu m, obtaining color paste, adding into clean stirring kettle, under agitating condition, adding defoamer, leveling agent, matting agent and surface modifier, uniformly mixing by stirring until fineness of 30 mu m is obtained, filtering, packaging to obtain main agent A, preparing curing agent B by weighing amine curing agent, filtering and packaging to obtain curing agent B, mixing main agent A and curing agent B at 2-8:1 mass ratio by stirring uniformly, and obtaining the product.