▎ 摘　　要

NOVELTY - Graphene efficient radiator comprises body. The body is a unitary structure comprising a substrate and two risers. The substrate comprises two horizontal portions and a mounting portion connecting the two horizontal portions and the mounting portion is provided with a heat dissipation window and a mounting hole. The two vertical plates are vertically disposed on two sides of the top surface of the mounting portion and a heat dissipation space is formed between the two vertical plates. The outer slanting plate extends outwardly from the joint between each of the risers and the corresponding horizontal portion. The top end of the outer sloping plate and the top end of riser and the outer end of the horizontal portion is flush. The upper surface of outer slanting plate extends with a plurality of upper heat radiating fins are arranged vertically and extending vertically. The top of each upper fin is flush with the top of the riser. The lower surface of outer slanting plate extends out. USE - Used as graphene efficient radiator. ADVANTAGE - The radiator: is easy to install securely; and has high heat dissipation effect and stable installation effect. DETAILED DESCRIPTION - Graphene efficient radiator comprises body. The body is a unitary structure comprising a substrate and two risers. The substrate comprises two horizontal portions and a mounting portion connecting the two horizontal portions and the mounting portion is provided with a heat dissipation window and a mounting hole. The two vertical plates are vertically disposed on two sides of the top surface of the mounting portion and a heat dissipation space is formed between the two vertical plates. The outer slanting plate extends outwardly from the joint between each of the risers and the corresponding horizontal portion. The top end of the outer sloping plate and the top end of the riser and the outer end of the horizontal portion is flush. The upper surface of the outer slanting plate extends with a plurality of upper heat radiating fins are arranged vertically and extending vertically. The top of each upper fin is flush with the top of the riser. The lower surface of the outer slanting plate extends out of a plurality of lower fins arranged at intervals above and horizontally. The outer end of each cooling fin is flush with the outer end of the horizontal portion. The inner slanting plate extends inwardly at a joint between each vertical plate and the mounting portion and an open groove is formed at a top edge of each inner slanting plate. The outer surface of the body is completely coated with a layer of modified graphene coating. DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of graphene efficient radiator.