Heat dissipation performance of LED explosion-proof lights

The quality of LED explosion-proof lights mainly depends on their heat dissipation performance, as well as their heat dissipation materials, which determine their service life. Heat dissipation is the main factor affecting the lighting intensity of LED lighting fixtures. The efficiency of LED lighting tools is 80% higher than traditional incandescent lamps, but their components and driver circuits dissipate heat. If these heat are not properly discharged, the brightness and lifespan of LED lighting fixtures will sharply decrease.

The general heat dissipation methods are as follows:
Liquid cooling heat dissipation, heat pipe heat dissipation, semiconductor refrigeration heat dissipation, chemical refrigeration heat dissipation.
And its heat dissipation materials are particularly important, which are generally divided into three types:
Pure aluminum radiator, pure copper radiator, and copper aluminum combination radiator.
To improve its luminous efficiency and service life, solving the problem of product heat dissipation is one of the most important issues in the current price range. The development of the LED industry is also focused on high-power, high brightness, and small size. Heat dissipation and precision sized heat dissipation substrates have also become the development trend of future LED heat dissipation substrates.
By utilizing the low heat generation feature of LED explosion-proof lights, intrinsic safety explosion-proof and long lifespan of LED light sources are achieved; When the battery is fully charged and discharged, the LED maintains a constant brightness; A heat dissipation device is installed on the lamp housing to achieve LED module. Effective heat dissipation ensures stability in use and is suitable for lighting in various industries such as coal mines, petroleum, railways, and flood control.