Archisonic® Cotton
Archisonic® Cotton
Grape Tiles
Grape Tiles
Grape Random - akustikvæg i naturkork
Grape Random - akustikvæg i naturkork
Impact Acoustic® Fusion akustikloft og akustikvæg
Impact Acoustic® Fusion akustikloft og akustikvæg
Impact Acoustic® wall coverings

Decorative acoustic walls for inspiring and well-being-enhancing interiors

At Grape, we firmly believe that good design and well-thought-out layouts are worthless if lighting and acoustics are not also fully under control. The acoustic walls on this page can help you get a handle on the latter. Additionally, our lighting expert can assist you with the lighting.


When should you use acoustic walls?

To combat disruptive noise in interior spaces, a substantial amount of sound-absorbing material is required. For example, the Danish Working Environment Authority recommends an equivalent absorption area of 1.1 times the floor area. This makes it almost self-evident that an acoustic ceiling alone is rarely sufficient. This is especially true because acoustic ceilings do not necessarily absorb 100% of the sound (αw 1.0). For instance, an acoustic ceiling covering 100 sqm may have a lower equivalent absorption area - for example, 70 sqm. This is where acoustic walls come into play. If the ceiling height is high - for example, 3 meters or more - it is almost certain that acoustic walls can provide noticeable noise reduction. In other words, consider using acoustic walls if you are experiencing noise challenges. If you are unsure, feel free to contact us for a conversation or a meeting with our acoustics expert.


Acoustic walls made from eco-friendly materials

Most of our acoustic walls are designed using Archisonic® Felt, which is made with a minimum of 60% recycled plastic bottles. The Archisonic® Cotton acoustic wall is produced using surplus materials from the textile industry and is also very close to being a 100% circular material. The Grape Random acoustic wall is cut from natural cork with no added substances. Moreover, this material has absorbed more CO2 upon arrival at our warehouse than it has emitted.