▎ 摘　　要

NOVELTY - The lamp has a light emitting diode (LED) lamp bead for emitting light source. A base (2) is used for mounting the LED lamp bead. A radiating fin is provided with a connecting frame (6). Multiple radiating fins (7) are arranged at intervals on an upper end of the connecting frame. The base is located in a middle portion of the connection frame and connected with a middle end of a radiating end. The upper end is extended with multiple connected on a side surface of a connecting column. A heat dissipation copper plate layer (9) is arranged between the light-emitting diode lamp bead and the base and embedded in the base, where the base is formed with a heat-insulating coating area for coating a high heat insulating material. A graphene material is coated in the heat-conducting coating area to form a heat insulation layer. USE - Graphene LED lamp with efficient heat dissipation. ADVANTAGE - The high-efficiency radiating graphene LED lamp is coated with a layer of radiating layer formed by graphene in the radiating coating area of the base. The graphene has high thermal conductivity. The surface emitting rate of the lamp surface is high. The radiating heat is strong, so the heat source can quickly radiate the heat and it greatly improves radiating performance of the LED. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of graphene LED lamp with efficient heat dissipation. Base (2) Connecting frame (6) Multiple radiating fins (7) Heat dissipation copper plate layer (9) Protective cover plate (30)