Modern Polyester Fiber Acoustic Panels Soundproof Wall Stickers for Bedroom Slat Wall Panels Polyester Felt Fabric

Acoustic Performance: Broadband, High-Efficiency Sound Absorption
 The porous structure converts sound waves into heat energy through friction within the material. The sound absorption coefficient increases with frequency, with particularly significant high-frequency absorption, achieving a noise reduction coefficient of 0.8-1.0. Low-frequency sound absorption can be further enhanced by leaving a cavity in the back or incorporating a spatial absorber.

Safety and Environmental Protection: Fireproof, low-formaldehyde, and environmentally friendly.

 Fire Rating: Standard products meet B1 flame retardancy standards, while some Class A fire-resistant products have achieved the highest national fire protection certification, effectively preventing the spread of fire and suitable for crowded places.
 Environmental Performance: Formaldehyde emissions are as low as 0.05mg/L, far exceeding the national standard E1 requirement. No irritating odor, and recyclable after disposal.

Physical and Decorative Performance: Durability and Design Flexibility
 Physical Stability: Impact-, abrasion-, and tear-resistant, resisting breakage from external impacts. High dimensional stability, unaffected by temperature and humidity fluctuations, ensures long-term deformation.
 Decorative Versatility: Available in nearly 50 basic colors, with customizable surface treatments such as printing and embossing. Surfaces can be created in various shapes, including flat, mosaic, and curved, and even printed with artistic patterns, achieving a seamless integration of acoustics and aesthetics.

Typical Application Scenarios
 Polyester fiber sound-absorbing panels are used in a variety of areas, including architectural acoustics and interior design. They are particularly suitable for locations with high acoustic and safety requirements.

 Polyester fiber sound-absorbing panels, with their core competitiveness of "excellent acoustic performance, safety and environmental protection, and flexible decoration," have successfully replaced traditional materials such as glass fiber and asbestos through material innovation and process optimization, becoming an ideal choice for modern architectural acoustic solutions. Their widespread application in cultural, office, and commercial settings highlights the design trend of "integration of function and aesthetics." In the future, as green building standards are improved, market demand will further expand.