Guangya Aluminum has developed a new shovel tooth aluminum alloy radiator

Different from the traditional one-time extruded radiator and assembled radiator, Guangya Aluminum Co., Ltd. recently successfully developed a new type of shovel-tooth aluminum alloy radiator and realized stable mass production. The product was successfully applied to industrial lamps. , Automotive, 5G and other fields, have contributed to the application and promotion of the aluminum industry.

The production process of aluminum alloy radiator produced by traditional one-time extrusion molding is simple, but it has higher requirements on molds. Not only is it difficult to produce high-tooth, high-density radiators, but the assembled and molded contact surfaces of the product will also affect the overall heat dissipation Thermal conductivity of the device. The new shovel-tooth aluminum alloy radiator can better solve the above problems. Its production process is to first produce a plate-shaped or groove-shaped F-shaped profile through extrusion, and then shovel out the heat dissipation teeth through machining to obtain the required Radiator products.

The biggest advantage of the new spade-tooth radiator is that it can not only achieve high-density, large tooth height or tooth pitch ratio radiators to ensure thermal conductivity, but also because the extruded profile section is relatively simple, it significantly reduces the pressure on the extrusion die during the production process. Requirements, improve the production efficiency of products, and reduce production costs. In addition, in the machining process of the product, no metal scraps will be produced, only a small amount of scraps will be produced, and the metal utilization rate is high.

It is understood that the type of shovel-tooth radiator produced by Guangya Aluminum is currently mainly made of 1060, 1110 and 6063 materials, with a stable supply of about 500 tons to 1,000 tons per month. With the development of the country’s new infrastructure and the development of radiators With the gradual expansion of other application fields, it can be predicted that its application prospects will be very broad.