In modern architecture and interior design, the integration of acoustic comfort and visual aesthetics has become a key criterion for evaluating spatial quality. Our product—the High-Density Polyester Fiber Acoustic Panel—is specifically designed to meet this demand. It is more than just a sound-absorbing material; it is a decorative element that can reshape the auditory experience of a space and elevate its design aesthetic.

This product is manufactured using 100% polyester fiber (with a portion of the raw materials sourced from post-consumer recycled PET plastic bottles) through an advanced heat-pressing process. The production process involves no added chemical adhesives. Thanks to the high-temperature thermal bonding technology, the panels are not only pure and environmentally friendly but also possess excellent mechanical strength and dimensional stability.

Core Acoustic Functions

• Effective Noise Reduction & Echo Control: The microporous structure within the panel allows sound waves to enter, where they are converted into heat energy through friction and viscous resistance within the dense fibers. This process significantly reduces the reverberation time within a room. Whether it's the clamor of conversation in an open-plan office or the sharp echoes in a conference room, these panels effectively absorb sound, creating a quieter, clearer environment.​
• Superior Sound Absorption: This product line boasts a high Noise Reduction Coefficient. Depending on thickness and installation method, the NRC can reach between 0.75 and 0.9 or higher, meaning over 80% of incident sound energy is effectively absorbed. It is particularly effective at managing mid-to-high frequency noises (such as human speech and electronic device sounds), which is the key to enhancing speech intelligibility.​
• Improved Speech Clarity: In spaces like classrooms, conference rooms, and auditoriums, by controlling the reverberation time within an ideal range, this product significantly improves speech clarity, reduces listening fatigue, and makes communication and learning more efficient.