Introduction of Polyester Fiber Acoustic Panel

Polyester fiber acoustic panels are a modern interior decorative and acoustic material made primarily from 100% polyester fibers (often sourced from recycled plastic bottles) and formed through a process of heat and high-pressure compression. Renowned for their excellent environmental properties and sound absorption performance, they have become a mainstream choice for home theaters, offices, schools, recording studios, and more.

I. Key Features & Advantages

Superior Sound Absorption

• Principle: The panel's internal structure consists of countless interconnecting microscopic pores. When sound waves enter, they frictionally interact with the fibers, converting sound energy into heat energy, thereby effectively dissipating mid and high-frequency sounds.
• Effect: Significantly reduces reverberation time within a room, improves speech clarity, and creates a tranquil acoustic environment.

​Eco-Friendly & Sustainable

• Material: Primarily made from recycled polyethylene terephthalate (PET) bottles, turning waste into a valuable resource and aligning with circular economy principles.

• Non-Toxic: Contains no asbestos, formaldehyde, or other harmful substances. They are odorless after installation and safe for human health.

Safety & Fire Retardancy

• High-quality polyester fiber panels undergo strict flame-retardant treatment, typically meeting the Chinese National B1 fire-rating standard (difficult to combust), effectively slowing the spread of flames.

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Strong Decorative Appeal

• Variety of Colors: Available in a wide range of colors to suit different design styles.

• Flexible Design: Can be easily cut into any shape, facilitating the creation of custom designs and patterns.

• Pleasant Texture: The surface is soft and warm to the touch, enhancing the aesthetic and comfort of a space.

Easy Installation & Maintenance

• Installation: Lightweight, they can be installed directly with eco-friendly adhesive or within a grid system. The process is quick and generates minimal dust.

• Cleaning: Surface dust can be removed with a vacuum cleaner or a damp cloth, making them easy to maintain.

II. Primary Applications

• Education & Healthcare: Schools, classrooms, libraries, lecture halls, hospitals, clinics (anywhere a quiet environment is essential).
• Commercial & Office: Open-plan offices, meeting rooms, phone booths, hotels, restaurants.
• Audio & Entertainment: Home theaters, private recording studios, KTVs, cinemas.
• Residential Spaces: Bedrooms, study rooms, feature walls—any area requiring noise reduction and aesthetic enhancement.