The feature of the fabric acoustic panel

Fabric acoustic panel is hot pressed by high technology and made in the shape of cocoon cotton to achieve density diversity and ensure ventilation. It has become an excellent product in sound-absorbing and heat-insulating materials. The maximum sound-absorbing coefficient reaches more than 0.9 in the noise range of 125 ~ 4000Hz. It can shorten the adjustment reverberation time according to different needs, remove sound impurities, improve sound effect and improve language clarity. The product has the characteristics of thermal insulation, flame retardant, light weight, easy processing, stability, impact resistance, simple maintenance and so on

Sound absorption performance of the fabric acoustic panel
The sound-absorbing characteristics of polyester fiber sound-absorbing board are similar to those of other porous materials. The sound-absorbing coefficient increases with the increase of frequency. The sound-absorbing coefficient of high frequency is very large. The cavity left on its back and the spatial sound-absorbing body formed by it can greatly improve the sound-absorbing performance of the material. The noise reduction coefficient is about 0.8 ~ 1.10, becoming a broadband and efficient sound absorber.

Physical and mechanical properties of the fabric acoustic panel
Polyester fiber sound-absorbing board has the characteristics of sound-absorbing, heat insulation and heat preservation, and the material of the board is uniform and solid, full of elasticity, toughness, wear resistance, impact resistance, tear resistance, not easy to scratch and large plate width (9) × one thousand two hundred and twenty × 2440㎜) 。

Product diversity of the fabric acoustic panel
Polyester fiber sound-absorbing board has more than 40 colors and can be assembled into various patterns. The surface shape includes plane, square (mosaic), wide strip and thin strip. Plates can be bent into curved shapes. It can make the indoor shape design more flexible and effective. You can even copy art paintings on polyester fiber sound-absorbing board through computer.