Celing acoustic blankets

What are ceiling acoustic elements?

Ceiling acoustic blankets are specially designed panels made from unique sound-absorbing materials. Unlike full-surface suspended ceilings, they are suspended vertically from the ceiling. Thanks to this flexibility, they can be shaped and installed at various intervals to create both attractive and acoustically functional designs. Their main purpose is to absorb sound waves reflecting off the ceiling, thereby significantly reducing the overall reverberation time and noise level in the room.

Maximizing efficiency through proper installation

The secret to the high efficiency of these elements lies not only in the material, but also in the method of installation. To achieve the best results, it is essential to leave an air gap of 5 to 7.5 cm between the panel and the ceiling (or wall). This simple trick can increase the sound absorption coefficient (NRC) from 0.5 to 0.8. Efficiency can be further increased by pleating the blanket, which can achieve a peak NRC value of up to 0.95, comparable to much more expensive and thicker acoustic foams.

An investment that delivers audible results

Whether you are a professional or an amateur looking to take your sound quality to the next level, acoustic blankets and slats are a smart investment. They offer a highly effective and affordable alternative to traditional acoustic treatments. Their ability to transform an empty, echoing room into a space with clear and controlled sound makes them the ideal choice for anyone who takes sound quality seriously.

Flexibility as the main advantage

One of the greatest advantages of acoustic blankets is their exceptional flexibility. They allow for easy covering of the ceiling, and by slightly sagging the blanket, air pockets are created that further improve sound absorption. Unlike acoustic foam, there is no need to permanently glue anything to the wall. The panels can be easily hung, moved, or removed, making them an ideal solution for both temporary and permanent installations.