LED explosion-proof lights are subject to product inspection before leaving the factory, while general production units only inspect whether the explosion-proof lights can meet or approach the impact resistance, heat dissipation capacity, and other conditions mentioned in the instructions, without conducting limit tests on these capabilities of LED explosion-proof lights. For example, the nameplate of the LED explosion-proof lamp's lampshade indicates how many kilograms of force it can withstand, but in reality, it cannot achieve such impact resistance. Manufacturers also find excuses to evade it because they do not want to put any effort into the limit of the LED explosion-proof lamp's capacity. Because it requires more energy and results in unequal returns.

When designing LED explosion-proof lights, designers should set the explosion-proof level of LED explosion-proof lights higher. For example, a certain LED explosion-proof light was originally only suitable for a certain concentration of flammable gas in the air below a certain percentage, but due to improper operation by workers or aging storage equipment, the combustible gas in the air increased, which relatively reduces the explosion-proof ability of LED explosion-proof lights, If the explosion-proof level of LED explosion-proof lights is not designed to reach the actual indicated value, then this LED explosion-proof light instead becomes a hazardous material.