Explosion-Proof Container House Design Drawing

Currently, there are no specific design drawings for explosion-proof container houses, but key design points can be provided:

I. External Structure The exterior of explosion-proof container houses is welded using high-quality 2mm corrugated steel plates to form a frame structure. This structure is not only sturdy and durable, capable of effectively withstanding external impacts and pressures, but also possesses excellent explosion-proof properties. The external dimensions are not fixed and can be customized according to actual needs to meet usage requirements in different scenarios. For example, in spaces with limited room, smaller explosion-proof container houses can be customized; while in places requiring larger spaces, larger houses can be tailored.

II. Internal Insulation and Fireproof Layer The internal insulation and fireproof layer is a crucial component of explosion-proof container houses. It consists of a 50mm rock wool layer combined with two layers of metal plates and a sandwich panel. The rock wool layer offers good insulation and fireproof properties, effectively preventing heat transfer and reducing the risk of fire. The metal plates and sandwich panel further enhance the structural stability and airtightness, protecting the internal environment from external factors. This multi-layer structural design enables explosion-proof container houses to provide reliable protection for personnel and equipment inside when facing high temperatures, fires, and other hazardous situations.

III. Exterior Wall and Roof Design The exterior walls and roof are made of color-coated corrugated steel plates, which are corrosion-resistant and anti-static. Additionally, they are treated with plastic spraying, not only providing an aesthetically pleasing appearance but also extending the service life. Meanwhile, two pairs of fire-resistant container doors are used, facilitating the entry and exit of personnel and equipment. In the event of a fire, these doors can effectively prevent the spread of flames, ensuring internal safety.

IV. Floor Design There are two common design methods for the floor. One involves using high-quality cement floors fixed on section steel, offering high strength and stability to withstand significant weights. The other uses 5mm checkered steel plates welded onto bottom square steel, providing good anti-slip properties suitable for places with high anti-slip requirements for the floor.