wave pet acoustic panel 9mm

Tear-Resistant 100% Absorbing Polyester Fiber Acoustic Panel Product Overview Professional grade PET acoustic panels are engineered for environments where acoustic precision is non-negotiable. Recording studios, broadcast facilities, mastering suites, and critical listening rooms demand the highest levels of sound absorption and the most controlled acoustic behavior. Manufactured from 100% recycled polyester fiber and thermally bonded without any formaldehyde or chemical

PET Acoustics Polyester Fiber Decorative Panel Felt Acoustic Panel Product Overview Home theater PET acoustic panels are purpose-designed to transform any media room into a precise, immersive listening environment worthy of reference-quality audio systems. Manufactured from 100% recycled polyester fiber and thermally bonded without formaldehyde or chemical adhesives, these panels deliver Noise Reduction Coefficient values up to 0.95. They absorb the first-reflection energy

Custom Printed PET Acoustic Panels Product Overview Custom printed PET acoustic panels turn every square meter of acoustic treatment into a canvas for brand expression, artwork, or wayfinding design. The base material is our 100% recycled polyester fiber panel, thermally bonded without formaldehyde or chemical adhesives, providing a safe, non-toxic acoustic substrate with a Noise Reduction Coefficient of up to 0.85. Using a specialized direct-to-fabric digital printing

Product Overview This 12mm black PET acoustic panel combines deep, rich color with superior sound absorption for spaces demanding both aesthetics and performance. Made entirely from recycled polyester fibers thermally fused without glues, it is formaldehyde-free, odorless, and safe for immediate use. The 12mm thickness delivers an NRC of 0.85, absorbing 85% of incident sound to virtually eliminate echo and reverberation. Its jet-black felt surface adds a bold, contemporary

Product Overview For the most demanding acoustic spaces, this 24mm charcoal PET panel offers industry-leading sound absorption with an NRC of up to 0.95. Made from densely packed recycled polyester fibers thermally fused without adhesives, it is completely formaldehyde-free and safe for immediate occupancy. At approximately 5.8 kg/m, the extra-thick panel provides exceptional low-to-mid frequency control, making it ideal for recording studios, home theaters, and noisy

Product Overview Woodgrain PET acoustic panels deliver the warmth and elegance of natural timber with the sound-absorbing performance that real wood cannot provide. Manufactured from 100% recycled polyester fiber using a thermal bonding process free of formaldehyde and chemical adhesives, these panels combine a highly realistic woodgrain texture with a porous acoustic core. The result is a panel that looks like timber but actively absorbs sound, achieving Noise Reduction

Product Overview Our modular PET acoustic panels offer complete design freedom, allowing architects and interior designers to create custom acoustic layouts without being constrained by fixed sizes or shapes. Manufactured from 100% recycled polyester fiber using a thermal bonding process that eliminates the need for chemical adhesives, each module is formaldehyde-free, odorless, and safe for immediate installation in occupied spaces. The modular system achieves Noise

12mm Industrial Noise Absorbing Polyester Fiber Acoustic Panel For Theatre Product Overview Durable PET acoustic panels are engineered for real-life homes where pets, children, and daily activity demand more from interior surfaces. Manufactured from 100% recycled polyester fiber using a thermal bonding process free of formaldehyde and chemical adhesives, these panels feature a high-density construction that resists surface abrasion, pilling, and casual scratching. The dense

Product Overview High density felt acoustic panels are built to withstand the demands of high-traffic commercial interiors while delivering exceptional sound absorption. Manufactured from 100% recycled polyester fiber, these panels are compressed to a higher density during thermal bonding, typically exceeding 250 kilograms per cubic meter. The result is a tougher, more impact-resistant surface that resists denting, abrasion, and general wear far better than standard density