The quality of LED explosion-proof light mostly depends on its heat dissipation characteristics, and also depends on its heat dissipation materials. The management of heat dissipation materials determines its service life. Heat dissipation is an important factor that damages the tensile strength of LED lighting equipment. The efficacy of common tools for LED lighting equipment is 80% higher than that of traditional fluorescent tubes, but its components and the principle of switching power supply on the control board provide a lot of heat. If this kind of calorific value is not properly treated for sewage, then the luminosity and service life of LED lighting fixtures will drop sharply.

The general cooling methods are as follows:

Water cooling cooling, heat pipe cooling, semiconductor cooling cooling, analytical chemical cooling cooling.

And its heat dissipation materials are especially important. Generally, there are three kinds of heat dissipation materials:

Pure aluminum heat pipe heat dissipation, pure copper heat pipe heat dissipation, copper aluminum combined heat pipe heat dissipation.

In order to improve its high luminous efficiency and service life, solving the problem of heat dissipation of products is one of the most important research topics in the price segment. The development plan of the LED industry should also focus on the development trend of high-power, brighter and small-sized models. , Therefore, the provision of heat-dissipating base steel plates with high heat dissipation and precision machining specifications has also become the development trend of LED heat-dissipating base steel plates in the future.

It uses the characteristics of low calorific value of LED explosion-proof lamps to maintain a safety and cultural level explosion-proof type, and the LED light source has a long life; the rechargeable battery maintains stable saturation when the rechargeable battery is fully charged and the LED is discharged in the middle and late stages; heat pipes are installed on the lamp shell to dissipate heat. The device can maintain the effective heat dissipation of the LED module and ensure the reliability of the use.