150w Street Light Housing Manufacturer Introduces The Heat Dissipation Method Of The Module Wall Washer Housing

150w Street Light Housing Manufacturer Introduces The Heat Dissipation Method Of The Module Wall Washer Housing

For the LED wall washer, the wall washer shell is indispensable. In addition to its protective effect, the 150w Street Light Housing Manufacturer introduced that the adjustable module profile wall washer shell can also dissipate heat for LED street light products.

1. The heat dissipation method of the module wall washer shell: the contact area with the aluminum substrate is 8mm thick, which ensures that the heat can be conducted in time when the chip is working, and the surface area is as high as 2.6 square meters per surface, and the heat is quickly radiated to the air and surface Streamlined design facilitates airflow and ensures convection of hot and cold air

2. Module wall washer shell structure: The wall washer shell structure design enables the flow of wind to accelerate the heat dissipation effect while reducing the wind resistance and reducing the pressure load of the lamp pole. The special adjustable plug structure design allows the lamp head to be illuminated. Flexible adjustment.

3. The module wall washer shell is integrated with the heat dissipation part, avoiding the disadvantages of traditional lamp shells that cannot ideally solve the LED heat dissipation. The aluminum material with high thermal conductivity is used as the main body of heat dissipation, and the surface adopts an oxidation process to ensure corrosion resistance while ensuring heat dissipation.

4. Superior heat dissipation structure: the radiator is integrated with the lamp body, and the thickened aluminum material can improve the instant heat conduction; the heat dissipation in the middle of the whole structure is better than the two sides, so as to achieve the effect of uniform heat dissipation and make the whole street lamp more in use. stable.

Through the above introduction, Aluminum Lamp Housing Manufacturers hope that you can simply refer to the content of this article in future use.