What are the requirements of the automatic explosion-proof door factory, I believe everyone is puzzled? Then I followed the editor and said:
1. The base material and hardware of the surface of the explosion-proof door: metal materials with excellent acid resistance, alkali resistance, high strength, not easy to corrode, and withstand huge temperature changes are required. Such metal materials can make the applicability of the explosion-proof door more extensive. For example: used in wet underground storage, hot desert underground, and cold buildings.
2. The structure inside the explosion-proof door: a metal material with super excellent strength, high temperature resistance, low temperature resistance, and huge temperature difference is required. The main purpose of such metal materials is to resist the high temperature and high pressure shock waves generated by explosions, or to resist the high temperature and high pressure shock waves generated in a cold environment. There is only one purpose of these materials, and that is to enhance the strength of the explosion-proof door.
3. Pressure relief duct of the explosion-proof door: In a confined space, if an explosion occurs, the shock wave will squeeze the gas in the building, causing the pressure in the limited space to gradually increase, even if the explosion-proof door can not be destroyed, but The building has been destroyed, and the explosion-proof door seems meaningless. Therefore, people have developed pressure relief catheters. When huge pressure is generated, the pressure relief catheter will release these pressures, ensuring the safety of buildings and people.
4. The door lock of the explosion-proof door: It is necessary to set a door lock that can be opened on both sides to prevent one side from being able to open the explosion-proof door in time due to an emergency.
5. The air tightness of the explosion-proof door: the air tightness of the explosion-proof door must be excellent, otherwise it will not be able to guarantee the pollution-free environment, and the shock wave generated by the explosion cannot guarantee personal safety.
