▎ 摘　　要

NOVELTY - The utility model claims a low pressure graphene carbon nano-tube three-dimensional structure, comprising a substrate layer, a first copper sheet, outer, second copper filler, the gap filler, and a carbon nano-tube the substrate layer is the left and right two sides of the top part are respectively provided with a first copper sheet and the second copper sheet, and the base material layer is installed in the outer tube, the gap between the adjacent outer tube is provided with a filler, and the outer tube is provided with a carbon nano tube, the gap between the carbon nano-tube and the outer tube is provided with a gap filler. the utility model has strong conductivity and high intensity, at the same time, because the graphene and carbon nano-tube to form a three-dimensional solid structure, small resistance less than ten ohms per square meter resistance, it can adopts 24V direct current power supply, and further because the composite flexible colloid material layer, so it has strong toughness, effectively ensures the stability and firmness of the graphene carbon nano-composite structure.