▎ 摘　　要

NOVELTY - The electromagnetic shielding composite film material comprises a graphene or carbon nanotube composite film (1), a polyaniline film (2), a binder (3), and a protective layer resin (4). The polyaniline film is adhered to the surface of the graphene or carbon nanotube composite film by using adhesive. USE - Electromagnetic shielding composite film material used in smart wearable garments and multifunctional electromagnetic shielding fabrics (claimed). ADVANTAGE - The electromagnetic shielding composite film material has excellent electromagnetic shielding performance and can withstand certain bending and compression deformation. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for producing electromagnetic shielding composite film, which involves: (A) depositing graphene suspension on layer of carbon nanotube film and air-drying at room temperature to obtain graphene or carbon nanotube composite film; (B) adhering polyaniline film on the surface of the carbon nanotube film in graphene or carbon nanotube composite film by a binder; (C) forming graphene, carbon nanotube or polyaniline composite film; (D) coating the upper and lower surfaces of the graphene, carbon nanotube or polyaniline composite film with a resin; and (E) curing to obtain the electromagnetic shielding composite film material. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the electromagnetic shielding composite film material. Carbon nanotube composite film (1) Polyaniline film (2) Binder (3) Protective layer resin (4)