Explosion proof doors and windows have a wide range of application scenarios, covering multiple fields such as petrochemicals, tunnels, military industry, and grain and oil processing. The explosion risks and usage requirements vary in different scenarios, and there are significant differences in the adaptation requirements for explosion-proof doors and windows. Reasonable adaptation is necessary to fully play its protective role.

The petrochemical workshop is a scene with high explosion risk, where there are often flammable gases and liquids, and the explosion shock wave intensity is high. Therefore, it is necessary to use explosion-proof doors and windows with high anti explosion levels. The frame is made of thickened steel, and high-strength composite explosion-proof glass is used for the glass. At the same time, it has good sealing performance, which can effectively block the spread of flames and toxic gases, and prevent accidents from expanding.

In tunnel engineering, explosion-proof doors and windows are mainly used as escape passages, which need to balance explosion resistance and emergency passage functions. Explosion proof doors that can be quickly opened are selected, matched with anti drop hinges, which can resist shock waves and ensure rapid evacuation of personnel in case of explosion. At the same time, they need to adapt to the humid and dusty environment inside the tunnel, and use corrosion-resistant and easy to clean materials.

Laboratories and hazardous material warehouses have high requirements for the sealing and protection accuracy of explosion-proof doors and windows. The appropriate explosion-proof level should be selected based on the characteristics of the stored items. In some scenarios, pressure relief devices should also be used to balance indoor pressure and reduce damage to the building caused by explosions. Ordinary auxiliary areas can choose products with appropriate levels based on risk assessment, balancing safety and economy.