Fin type LED radiator

Abstract

The invention discloses a fin type LED radiator which comprises a main structure. The main structure comprises a structure seat and a plurality of groups of heat-conducting fins, the heat-conducting fins are arranged on the structure base and are of fin structures which are distributed regularly, and pure aluminum materials are combined with one another and are processed to form the structure seat and the heat-conducting fins. The fin type LED radiator has the advantages that the radiating area is increased by the aid of the fin type heat-conducting fins, the fin type LED radiator is good in radiating effect and low in temperature owing to quick convection, the temperature of the fin type LED radiator is lower than that of the traditional aluminum lamp radiator for a vehicle by 5-11 DEG C, and the fin type LED radiator is made of 1060 series aluminum materials with high heat-conducting performance, so that the heat-conducting coefficient of the fin type LED radiator reaches 53, the fin type LED radiator does not need to be filled with heat-conducting silicon gel, and the integral weight of the fin type LED lamp is reduced by 60-70% as compared with the traditional structure; the fin type LED radiator is simple in structure, can be subjected to various color and surface treatment procedures, is attractive, elegant, superior and exquisite; and a stamped radiating lamp cup can be automatically assembled without being welded, the fin type LED radiator is simple in technique process, and requirements of markets are met.

Description

technical field [0001] The invention relates to the technical field of LED heat dissipation, in particular to a finned LED radiator. Background technique [0002] At present, LED is widely used in lighting equipment as a new light source technology. Converting existing incandescent light bulbs to LED light sources will undoubtedly greatly promote energy saving. The advantages of LED lamps are obvious, but if incandescent lamps have been used in China for many years, it will cause great waste if they are discarded. At present, there are LED lamps with incandescent lamp holders on the market, and these LED lamps all use the illuminant LED installed on the same plane, and the radiator and the carrier of the LED lamp are split, so the LED lamp placed in the bulb The heat is too high and the heat dissipation is not good, which will affect the life of the LED lamp; and the luminous bodies are relatively densely installed on the same plane, which will affect the luminous effect of...

AI Technical Summary

Problems solved by technology

The advantages of LED lights are obvious, but if incandescent lamps have been used in China for many years, if they are discarded, it will cause great waste

At present, there are LED lamps with incandescent lamp holders on the market, and these LED lamps all use the illuminant LED installed on the same plane, and the radiator and the carrier of the LED lamp are split, so the LED lamp placed in the bulb The heat is too high and the heat dissipation is not good, which will affect the life of the LED lamp; and the luminous bodies are relatively densely installed on the same plane, which will affect the luminous effect of the LED. Due to the influence of many factors such as manufacturing process, the heat dissipation performance will be limited to a certain extent, and the perfect effect cannot be achieved.

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