Explosion-proof and corrosion-resistant distribution boxes are designed for hazardous environments involving explosives. These boxes include a housing, switches mounted on the housing, and control circuits within the housing. Existing explosion-proof and corrosion-resistant distribution boxes have the drawback of being mutually independent, making it impossible to assemble them together.

The housing features a switch, with one side equipped with assembly holes, and the other side having a protruding assembly post that corresponds to the position of the assembly holes. Insert the assembly post of the anti-corrosion and explosion-proof distribution box into the other side.

In the assembly holes of a corrosion and explosion-proof distribution box, the combination use of corrosion and explosion-proof distribution boxes can be achieved.

To overcome the aforementioned shortcomings of the existing anti-corrosion and explosion-proof distribution boxes, a corrosion-resistant and explosion-proof lighting distribution box that can be assembled for use is available. The box body of the anti-corrosion and explosion-proof distribution box features switches, and one side is equipped with assembly holes. The other side of the box has mating assembly holes.

Outstanding assembly pillars, the position of said assembly pillar corresponds to the position of said assembly hole. By inserting the assembly pillar of a corrosion and explosion-proof lighting distribution box into the assembly hole of another corrosion and explosion-proof lighting distribution box, the combined use between the corrosion and explosion-proof distribution boxes can be achieved.