6 Pack High Density Soundproof Wall Panels for Recording Studio

6 Pack High Density Soundproof Wall Panels for Recording Studio Description

6 Pack High Density Soundproof Wall Panels for Recording Studio Description
[Excellent sound insulation] Made of 215 kg/m3 high-density environmentally friendly polyester fiber cotton, our sound insulation foam has great advantages in reducing and absorbing noise. In addition, the sound insulation foam panel performs well in the noise reduction test , Reaching 0.95 level, most audio panels on the market.
[Wall Decoration]: Fashionable design doubles as decorative wall art for your favorite space. It can be used in recording studios, KTVs, offices, home theaters, etc., allowing you to leave countless beautiful memories in a comfortable environment.
[Good noise reduction]: If you are mixing in a studio, you must lower the ambient sound. Unnecessary noise during recording it. The sound-absorbing board can absorb the sound produced by low frequency, middle frequency and high frequency, which is very suitable for recording.
[Easy to install]: They can be used as acoustic covers for walls, ceilings and doors, just use glue or tape to easily connect them. Easy to shape and cut to size, easy to change without affecting performance, no special tools or materials required.
[Wide application] High-quality acoustic treatment suitable for many occasions, not only for live sound on the walls of studios and offices, but also for recording studios, control rooms, office home theaters, and home offices. In addition, our sound insulation foam board also has a variety of colors, which is a good idea for wall decoration.
Colour: black + white
Material: polyester fiber cotton
Size: 30x30x0.9cm
Package Contents:
6 x Black sound insulation board
6 x White sound insulation board
Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.