The application categories of explosion-proof walls can be divided from multiple dimensions, primarily including classification by material and application scenarios.

By Material Type

Reinforced Concrete Bomb-Proof Wall: Features high strength, durability, and fire resistance, suitable for industrial facilities such as chemical plants and pharmaceutical factories where explosion hazards exist.

‌Structural Steel Blast-Resistant Wall: Lightweight, easy to transport and install, suitable for high-rise buildings and temporary structures.‌

Fiberglass Cement Board Blast-Resistant Wall: Lightweight, high-strength, and weather-resistant, suitable for blast-resistant walls in residential and commercial buildings.

‌Composite Material Explosion-Proof Wall: Offering multifunctionality, design flexibility, and environmental friendliness, suitable for facilities with special material requirements, such as nuclear power plants and aerospace industries._

Categorized by Application Scenario

‌Industrial Sector: Used in petrochemical companies, mines and tunnels, power plants, and substation facilities to isolate and block the shock waves of explosions, reducing the cascading effects of fires and explosion accidents.‌

‌Public Buildings Sector: Airports, train stations, shopping malls, stadiums, and theaters, etc., to prevent massive casualties caused by terror attacks or accidental explosions.

Characteristics and Application Scenarios of Explosion-Proof Walls Made of Different Materials

Reinforced Concrete Blast-Resistant Wall: High strength, durability, and fire resistance, suitable for industrial factories and other facilities.

Lightweight Steel Structure Blast-Resistant Wall: Easy to transport and install, suitable for high-rise buildings and temporary structures.

Fiberglass Cement Board Blast-Resistant Walls: Lightweight yet high-strength, with excellent weather resistance, suitable for blast-resistant walls in both residential and commercial buildings.

‌Composite Explosion-Proof Wall: Multifunctionality, Design Flexibility, and Environmental Friendliness, Ideal for Locations with Specific Material Performance Requirements.