How WPC hollow doors improve the sound insulation performance of homes

WPC (Wood Plastic Composite) hollow doors have significant advantages in improving the sound insulation performance of homes, mainly reflected in the following aspects:

Material properties
WPC doors are made of wood fiber and plastic composites, and this composite material has good sound absorption performance. Wood fiber has natural sound absorption properties, while plastic can increase the density of the door, thereby effectively preventing the propagation of sound.

Hollow structure
The hollow design of WPC hollow doors makes the door itself have better sound insulation effect. The hollow structure can effectively reduce the conduction of sound, because the air layer can isolate the propagation of sound waves, especially in a noisy environment, which can significantly reduce the interference of external noise.

Reduce vibration transmission
WPC hollow doors have good shock absorption performance, which can effectively reduce the transmission of vibration. Because the hollow structure of the door can absorb and reduce vibration, it prevents sound from being directly transmitted through the material of the door, thereby improving the sound insulation performance of the door.

Improved sealing
WPC hollow doors are usually equipped with good sealing strips, which can ensure that the gap between the door and the door frame is minimized, preventing sound from leaking out or entering through the door gap, thereby further enhancing the sound insulation effect.

Diversified design
The design of WPC hollow doors can be further optimized as needed, such as adding a sound-absorbing layer or selecting a specific composite material to make it have a higher sound insulation effect. Compared with traditional solid wood doors, WPC hollow doors can be light in weight while maintaining excellent sound insulation performance.

Belson WPC BES-102 two squares WPC assemble door waist line in the middle