Because the LED tri-proof lamp adopts lightweight alloy materials and technological spraying technology, the outer shell is not easy to rust and not easy to corrode. The interior of the lamp body adopts double shock absorption of structure and material, which can ensure the good shock resistance of the lamp. The use of new processes such as piping ensures that the overall performance of the shell is good, the seal is reliable, and it is waterproof and dustproof. It has good electromagnetic compatibility and can avoid electromagnetic interference to the surrounding environment. Because the overall temperature rise of the LED tri-proof lamp is relatively low and the heat dissipation performance is good, the probability of failure is small, and it is in line with the humanized appearance design and can be fully integrated with the natural landscape.

High-power LED high bay lights can be divided into general lighting and one-sided lighting according to their lighting functions. Generally, lighting lamps are installed evenly on the top of the work site or on the side walls to illuminate the entire work surface. Incandescent lamps with higher power, tungsten halogen lamps, high-intensity gas discharge lamps or a larger number of fluorescent lamps are required. Most one-sided industrial and mining lamps belong to this category. General lighting has a high demand for light diffusion, and two types of light diffusion, direct lighting and semi-direct lighting, are widely used, especially the latter. In the semi-direct lighting type, a face-up declared light illuminates the ceiling, which can increase the brightness of the ceiling and create a more comfortable and brighter environment.

1. The selection of the quality of energy-saving industrial and mining lamps is a very important factor. And different packaging processes will have a considerable impact on the quality of the product. The energy-saving industrial and mining lamps encapsulated with ordinary primer can reduce the light decay by 76% compared with the energy-saving industrial and mining lamps encapsulated with A low-decay glue under the same aging environment. Therefore, choosing an energy-saving high bay lamp made with a good packaging process will greatly extend its service life.

2. When the energy-saving high bay lamp bead is working, the single lamp bead will be less heated, and the temperature of the bracket will not exceed 45 degrees. At this time, the life of the energy-saving high bay lamp will be ideal, but when the energy-saving high bay lamp forms a lamp group, the corresponding The temperature will rise, which is not conducive to the long-term use of energy-saving industrial and mining lamps.

3. There are two ways to solve this problem. Choose a lamp group with a larger distance between the lamp beads, and the distance is more than 25mm. The second is that when the LED is working, there is a small fan nearby to help it dissipate heat, which will also extend Its service life.

Fourth, it is afraid of heat. The higher the temperature, the shorter the life of the LED, and the lower the temperature, the longer the life of the LED. The ideal working temperature of the LED is of course between minus 5 and zero degrees. But this is basically impossible. Therefore, when consumers choose energy-saving industrial and mining lamps, they must inquire about its performance, and at the same time provide reasonable protection when using it, so as to give full play to its use effect and let it add luster to you.