Elevator Shaft Vibration Damping Aluminum Fiber Sound-Absorbing Panel

Elevator Shaft Vibration-Damping Aluminum Fiber Acoustic Panel is a type of microporous sound-absorbing material made by tightly compressing aluminum fiber non-woven fabric with expanded metal aluminum mesh. It utilizes the porous structure formed by the aluminum fiber acoustic panel itself to achieve superior sound absorption. The aluminum fiber sound-absorbing panel is manufactured using a special process, offering advantages such as thin thickness, light weight, fire resistance, waterproofing, corrosion resistance, stable acoustic performance, and excellent weather resistance.

Elevator Shaft Vibration-Damping Aluminum Fiber Acoustic Panel is a material used for vibration damping and sound absorption, typically installed inside elevator shafts.
Features:
1. Aluminum fiber material: Composed of aluminum fibers and other sound-absorbing materials, it provides excellent sound absorption and insulation properties.
2. Lightweight: The aluminum fiber material is lightweight and does not add extra burden to the elevator structure.
3. Durability: It has strong durability and is resistant to external environmental factors such as moisture and mold.
4. Easy installation: The panels are designed for convenient installation and can be customized according to the dimensions of the elevator shaft. Thickness specifications: 1.3mm, 1.6mm, 1.8mm.

Functions:
1. Vibration damping: Effectively reduces vibrations generated during elevator operation, enhancing ride comfort.
2. Sound absorption: Absorbs noise produced during elevator operation, minimizing its impact on the surrounding environment.

Advantages:
1. Enhanced comfort: Improves the comfort of elevator users by reducing vibrations and noise, minimizing discomfort.
2. Increased safety: The vibration-damping function reduces sway during elevator operation, contributing to improved stability and safety.
3. Improved environment: The sound-absorbing function reduces noise generated during elevator operation, enhancing the quality of living or working environments.

Applications:
1. Commercial buildings: Such as office buildings and shopping malls.
2. Public facilities: Such as hospitals, schools, and subway stations.
3. Residential buildings: Used in elevator shafts of high-rise residential buildings.

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