The shell temperature of the LED explosion -proof light itself is the performance assessment of explosion -proof lights, because the environment of the explosion -proof light has a combustible gas, and the surface of the heating shell itself is a dangerous source. If the shell is too high, the temperature group of the whole light will be reduced, and the range of use will become smaller. Therefore, the LED explosion -proof lamp manufacturers will increase the heat dissipation area and increase the weight of the heat sink when designing the lamps. This is why LED explosion -proof lights are heavier than ordinary LED explosion -proof lamps.

When choosing it, the quality of credibility is very important. If we choose, if our reputation is not good, then our product quality is not guaranteed. At this time, if the quality of our choice is not good enough Then, it will make our entire use more troublesome, which is still very worthy of everyone's attention for our current LED explosion -proof lamp purchase. We also hope that when we choose, we choose to have high -quality LEDs with high -quality LEDs when choosing. Explosion-proof lights.

Having said that, everyone should know that there are two key items that choose LED explosion -proof lights, explosion -proof structures and temperature groups. But this is still difficult for many users. Because the explosion -proof structure is more professional, you may be confused by the sales staff; the temperature group is also large, the shell heat dissipation is large, and it must be good for the light source, but the temperature with the high shell is appropriate, so I don't know. Here is a simpler way to tell you that for LED explosion -proof lights of the same power, you can measure the weight of the radiator. The relatively heavy ones are generally good. Manufacturers who do inferior LED explosion lights are not willing to spend costs on the radiator. This is a very simple and effective way. Do you know how to choose LED explosion -proof lamps?