Het Akoestische Comité van de polyestervezel

Product Introduction A high-performance acoustic panel made from 100% eco-friendly polyester fibers, designed for effective noise reduction and echo control in walls and ceilings. Ideal for offices, studios, classrooms, hotels, and residential spaces. 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

Product Introduction Acoustic Polyester Fiber Panels are high-performance sound-absorbing materials specifically engineered for wall and ceiling applications. Manufactured from 100% environmentally-friendly polyester fiber through thermal compression technology, these panels effectively control noise and optimize acoustic environments. Combining exceptional sound absorption, sustainable attributes, and modern aesthetics, they are widely used in spaces requiring superior

Product Introduction Made from 100% recyclable polyester using a hot-press molding technique, 3D polyester fiber acoustic panels feature a special textured surface. This design works really well at soaking up noise, especially higher-pitched sounds. They’re also designed to be strong, resist impact, and handle damp conditions (up to 85% humidity), ensuring they last for years. Product Name 3D Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester

Product Introduction Hexagon Noise Reduction PET Wall Tiles represent the innovative fusion of advanced acoustic engineering and contemporary geometric design. Crafted entirely from recycled polyethylene terephthalate (PET), these modular hexagonal tiles provide exceptional sound absorption while creating visually striking feature walls for commercial, residential, and institutional spaces. Combining sustainability with style, they transform ordinary surfaces into both

Product Introduction Polyester Fiber Acoustic Panels for Walls and Ceilings are premium sound-absorbing solutions engineered from 100% eco-friendly, recycled PET materials. Designed to control noise and reverberation in diverse environments such as offices, home theaters, schools, and hospitality venues, these panels combine exceptional acoustic performance (with Noise Reduction Coefficients up to 0.95) with outstanding safety and durability. They are non-toxic, formaldehyde

Product Introduction Our polyester fiber acoustic panels represent the cutting edge in sound absorption technology, combining superior acoustic performance with aesthetic versatility. Engineered for both wall and ceiling applications, these panels effectively reduce noise, control echoes, and create acoustically balanced environments for residential, commercial, and institutional spaces. Product Name Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100%

Product Introduction 3D polyester fiber sound-absorbing panels are a leap forward in acoustic design. They're built from 100% recyclable polyester and formed with heat and pressure into a unique 3D shape. This design tackles noise in three ways: the textured surface scatters mid-to-high frequencies, the air space behind the panel acts as a resonator for low-end sounds, and internal mineral particles add an extra layer of quiet. This makes them a go-to for places like concert

Product Introduction These 3D polyester fiber acoustic panels are a true innovation in sound control. Made entirely from recyclable polyester, they meet modern sustainability standards. Plus, they don’t release formaldehyde or other harmful chemicals and carry international certifications like EU CE – giving you more than just noise reduction, but also a healthier space. Product Name 3D Polyester Fiber Acoustic Panel Application Walls, Ceilings Material 100% Polyester Fiber

Product Introduction 3D polyester fiber sound-absorbing panels are a new type of environmentally friendly acoustic material. Made from 100% recyclable polyester fiber, they are formed into a three-dimensional geometric structure through hot-pressing molding technology. Their surface features irregular textured surfaces, which not only enhance the absorption of mid-to-high frequency noise (NRC coefficient reaching 0.8-0.95), but also achieve resonance noise reduction through a