Acoustic Poly Panels Manufacturers

Flame Retardant Soundproof Polyester Acoustic Panels is made of recycled polyester fibers, and several round of netting and needle punching, it becomes the PET acoustic panel in 9mm and 12mm. It has excellent sound absorbing and flame retardant performance, it is wildly use in larges space areas such as meeting rooms, cinemas, auditorium etc.

QDBOSS Cinema Acoustic Ceiling is made by centrifugal fiberglass board with fiberglass felt (black, white or customized color). The acoustic ceiling edge was solidified with eco-friendly resin to increase durability and stability.

QDBOSS Glass wool acoustic ceiling is made of high density fiberglass board and fiberglass felt (black, white or customized color) on surface, nonwoven fabric on the back.

Oak Acoustic Panels is also called veneer Oak Acoustic Panels panel, which is wall or ceiling-mounted panels that consist of slats spaced at regular intervals. Behind the slats, you'll often find a layer of polyester fiber acoustic panel that aids in sound absorption. These panels serve to manage sound by absorbing, diffusing, and controlling sound waves in a room. The raw material used in the polyester fiber panel is polyester fiber cotton, which is made by special technology, showing the shape of cocoon cotton. The panels not only offer aesthetic refinement and superior acoustic dampening, but they are also produced using only environmentally friendly materials. All of the materials are sourced from certified sustainable sources which is a complete environmentally friendly product.

QDBOSS Fiberglass Acoustic Ceiling Tiles are made of high-density glass fiber wool, with decorative felt on the surface and fiberglass felt on the back, and the four edges are sealed. Glass fiber ceiling acoustic panel internal fiber fluffy interlaced, there are a large number of tiny pores, is a typical porous sound-absorbing material, can absorb a large number of room sound energy, reduce the reverberation time, reduce indoor noise.

Recycled Polyester Fiber Panel is synthesized by high temperature and high pressure by needle punching processing, and the porosity is above 90%.