1. Overview of the explosion-proof cabin.
An explosion-proof cabin is a specially designed building, which is mainly used for the treatment and storage of explosive, flammable, and toxic gases to ensure a safe working environment. Explosion-proof huts are usually built with sturdy and durable materials, which have extremely high explosion-proof and fireproof performance, which can effectively prevent the occurrence of ** and fire accidents. The interior and exterior walls of the explosion-proof cabin are an important part of its structure and play a vital role in maintaining the safety performance of the explosion-proof cabin.
2. The exterior wall of the explosion-proof cabin.
The exterior walls of explosion-proof huts are usually made of special materials and structures to resist external ** and fire threats. Common materials include thick steel plates, concrete, explosion-proof glass, etc. These materials have high strength and fire resistance, which can effectively protect against the impact of external ** and fire on the inside.
In addition, the exterior walls of explosion-proof huts are usually equipped with explosion-proof doors, explosion-proof windows, and other facilities to ensure that people can be evacuated quickly in an emergency. Explosion-proof doors usually have a special design that can create an explosion-resistant pressure on the door leaf to prevent the shock wave generated from causing damage to the door. Explosion-proof windows also use special glass and frame structure, which can withstand a certain amount of pressure.
3. The interior wall of the explosion-proof cabin.
The interior walls of the explosion-proof cabin are equally important, they need to prevent internal gas leakage and the ingress of external ignition sources. Interior walls are usually made of fire-resistant and corrosion-resistant materials, such as refractory bricks, refractory concrete, etc. These materials are able to maintain stability at high temperatures and prevent the spread of fire.
In addition, the interior walls of the explosion-proof cabin should be strictly sealed to ensure that gases do not leak into the outside environment in the event of a fire or fire. The joints of the wall should be sealed with sealing materials to prevent gas leakage. At the same time, the interior wall should also be equipped with exhaust facilities to ensure that the harmful gases in the room can be removed in time in case of emergency.
IV. Conclusion. The interior and exterior walls of the explosion-proof cabin are key to its safety performance. Exterior walls need to be resistant to external threats of fire and fire, while interior walls need to be protected from internal gas leakage and the ingress of external ignition sources. When building an explosion-proof cabin, the relevant standards and specifications should be strictly observed, and appropriate materials and processes should be used to ensure the safety performance of the interior and exterior walls. At the same time, regular maintenance and inspections are required to ensure that the explosion-proof cabin is always in good working order.