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Polyester Fiber Sound-Insulating and Absorbing Panel
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Polyester Fiber Sound-Insulating and Absorbing Panel
Polyester fiber acoustic panels [Listen to the beauty of sound] boast a noise reduction coefficient of approximately 0.8 to 1.10, making them highly effective sound absorbers; they minimize indoor reverberation and background noise, resulting in clearer audio.

Features: environmentally friendly, lightweight, aesthetically pleasing, and impact-resistant; comes with self-adhesive backing, reducing installation costs and eliminating the need for labor and adhesive.
High-performance sound-absorbing panels, made of polyester fiber, eliminate unwanted noise for quiet moments at every turn.
High-density, true sound absorption; with high density and a lightweight texture, polypropylene can achieve a greater coverage area than other fibers at the same weight.
The length has been increased to 2,420 mm;
EO‑grade, environmentally friendly, non‑toxic and odorless, made from polyester fibers with no added chemicals, it meets the formaldehyde emission standards for premium indoor products, is close to nature, and is harmless to humans. It can be used with confidence in children’s play areas such as kindergartens and early‑education centers.
45° chamfering process, 12.7 mm beveled edge, geometrically aesthetic diamond‑shaped edges;

High-purity polypropylene fiber filaments, with a soft and delicate texture, exhibit excellent elongation, abrasion resistance, high elasticity, and insulating properties, making them well-suited to humid and moist environments.
Vividly colored, the second-generation glossy polyester fiber acoustic panel features significant improvements in both materials and manufacturing processes. As a result, compared with the first-generation panel, it offers a softer touch, a smoother surface, uniform thickness, and striking coloration.
Sound-absorbing panel sound absorption principle: When sound waves impinge upon a porous sound-absorbing material, the viscous resistance of the air and the frictional vibration between the air and the pore walls cause a significant portion of the acoustic energy to be converted into thermal energy and thereby absorbed.
Exquisite tailoring craftsmanship, combined with laser cutting, further enhances performance, delivering superior precision and minimizing errors to create seamless, non‑fraying edges.
The vibrant hues of nature enrich your sound-absorbing space and spark your artistic inspiration. Applicable scenarios: sound absorption and noise reduction, enhanced speech clarity, and peace of mind and comfort.
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