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Product Introduction Our Echo Reducing Wall Tiles are engineered to eliminate disruptive reverberation, turning chaotic, noisy rooms into acoustically balanced environments. How They Work: Instantly absorb mid-to-high frequency sound waves on contact, preventing them from bouncing off hard walls and ceilings. The result is a room where conversations are clear, focus is sharp, and audio quality is pure. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings

Product Introduction Our acoustic boards are the smart, sustainable core of any high-performance space. Made from dense, thermally-bonded polyester fibers (often from recycled PET), they absorb excess sound energy where it hits your walls—turning echo and noise into calm and clarity. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request)

Product Introduction Sound absorbing polyester fiber wall panels can transform chaotic, echo-filled rooms into acoustically optimized environments. More than just soundproofing, they are the essential tool for sound control. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request) Size 1220*2440mm / 1200*600mm(custom sizes available) Fire

Product Introduction Elevate your space with superior sound control and modern design. Our PET Felt Acoustic Wall Panels are engineered from high-density, recycled polyester fiber, offering an exceptional blend of durability, eco-consciousness, and outstanding acoustic performance. Designed for simplicity, they integrate seamlessly into offices, studios, schools, restaurants, and any environment where noise reduction and aesthetic appeal are paramount. Product Name Polyester

Product Introduction These panels offer a premium, hassle-free solution for effective noise control. The high-density polyester fiber core absorbs sound, while the integrated self-adhesive backing allows for quick and easy installation. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request) Size 1220*2440mm / 1200*600mm(custom sizes

Product Introduction Polyester fiber acoustic panels combine high-performance acoustics with a clean, finished appearance. The core of 100% polyester fiber provides excellent sound absorption and thermal insulation, wrapped in a durable, decorative fabric. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request) Size 1220*2440mm / 1200*600mm

Product Introduction Engineered for maximum noise reduction and control, MQ polyester fiber acoustic panels are a high-performance acoustic solution. Their porous structure effectively dissipates sound energy by converting it into minimal heat through air friction. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request) Size 1220*2440mm /

Product Introduction Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber Thickness 9mm / 12mm / 24mm Color more than 48 colors options (customizable upon request) Size 1220*2440mm / 1200*600mm(custom sizes available) Fire Rating Class B Eco-Certification Meets E1 environmental standards, formaldehyde-free, odorless Key Properties and How They Enable Sound Absorption Porous Structure: This is the most critical feature. The felt

Product Introduction It is a non-woven textile material engineered from recycled polyethylene terephthalate (PET) fibers—primarily from post-consumer plastic bottles. Unlike standard felts, "high-performance" versions are specifically designed with advanced manufacturing techniques (like needling and thermal bonding) to create a dense, porous, and tortuous structure that is exceptionally effective at absorbing sound waves. The core principle is sustainability meets performanc