▎ 摘　　要

NOVELTY - The method involves selecting a graphene-carbon nano-tube film as shielding material. Graphene-carbon nano-tube thin film densification treatment is performed. The graphene-carbon nano-tube film is arranged on a splicing platform by using conductive adhesive. Continuous coiled material is collected. The graphene-carbon nano-tube film is wounded on a first unwinding roller and a second unwinding roller. Graphene-carbon nano-tube film unwinding and dispensing process is performed. A graphene-carbon nano-tube composite material electromagnetic shield tent is obtained. USE - Electromagnetic shielding tent graphene-carbon nanotube composite material manufacturing method. ADVANTAGE - The method enables improving interface bonding strength, mechanical property, shielding efficiency and production efficiency, and reducing production cost, and realizing electromagnetic shield tent graphene-carbon nano-tube composite material manufacturing process with environment-friendly. DETAILED DESCRIPTION - The conductive adhesive is conductive Silver paste or conductive glue or conductive pressure sensitive adhesive or Epoxy resin adhesive or polyurethane adhesive or silicone adhesive or Polyimide adhesive.