Difference between steel fire doors and wooden fire doors


Steel fire door and wooden fire door are two common types of fire doors, they have some obvious differences in materials, performance and use of the scene.

I. Material Difference

Steel fire doors mainly use steel as the main material of the door, including the door, door frame and so on. Steel has high fire resistance and strength, and can maintain its structural integrity under high temperature environment.

Wooden fire doors use wood as the main material of the door, and usually carry out fireproof treatment on the surface of the wood, such as spraying fireproof paint, etc., in order to improve its fireproof performance.

Second, performance characteristics

1. fire resistance: steel fire doors have high fire resistance, can maintain integrity for a long time in the fire, to prevent the spread of fire.

2. Thermal insulation: steel has low thermal conductivity and good thermal insulation performance, which can slow down the heat transfer.

3. safety: steel fire doors have high strength and rigidity, and are not easy to be damaged by external forces.

Wooden fire doors are relatively weak in fireproof performance, but still have certain applications in some specific scenes, such as places that need good sound insulation or decorative effect. Its surface fireproof treatment can improve the fireproof performance to a certain extent, but in the high temperature environment, the wood is easy to burn, and its fire resistance is relatively poor.

Third, the use of the scene

Steel fire doors are widely used in high-rise buildings, warehouses, machine rooms and other places that require high fire resistance due to their excellent fire resistance and strength.

Wooden fire doors are more often used in places that require high decorative effect and relatively low fire resistance level, such as offices, hotels and so on.

Summarize

Steel fire door and wooden fire door in the material, performance and use of the scene there are differences. Steel fire doors have high fire resistance and strength, and are suitable for places with high fire protection requirements.

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