▎ 摘　　要

NOVELTY - The utility model model claims a graphene heat-conducting radiating fin, comprising a radiating fin main body, the top and the bottom of the radiating fin main body are provided with graphene heat conducting sheet, one side of the graphene fin main body far away from the heat conducting sheet is provided with an oxidation resistant layer. The utility model model is provided graphene a heat conducting sheet and a radiating hole for improving the radiating performance of the radiating fin main body, the radiating fin main body is at high temperature, it can effectively improve the radiating performance of the radiating fin main body, it avoids the temperature of the radiating fin main body is too high, the radiating fin main body cannot be used, by setting the oxidation resistant layer for improving the oxidation resistance of the radiating fin main body, the radiating fin main body is corroded by the outer boundary, it can effectively improve the oxidation resistance of the radiating fin main body, at the same time, it solves the problem that the existing graphene heat radiating fin is surface due to the air contact The problem of using efficiency graphene the heat-conducting and heat-conducting fin is influenced.