Wall panels

WoodenFiber is an acoustic panel made of pressed wood wool with the addition of cement and water. Unlike mineral wool, the material is dust-proof, and also safe for humans and environmentally friendly. It is also resistant to mechanical damage and deformation. NyquiWool has A2-s1, d0 fire classification, so it can be used in all public utility facilities. The sound absorption coefficient (when using a 12 cm air gap and 50 mm mineral wool) is alpha w ≥ 0.75.  The panels can be varnished in any color from the RAL or NCS palette

NyquiTiles Edge are upholstered acoustic panels with a high sound absorption coefficient. They are characterized by a modern and minimalist design. Thanks to the simple form of squares, rectangles and triangles, the availability of many dimensions and colours, we can easily obtain an interesting and spatial pattern. From the outside, the panels are covered with a high-quality fabric that is acoustically transparent and resistant to dirt and mechanical damage. Inside the panels is an absorber with the highest class A sound absorption. A unique fastening system with magnets allows quick assembly of the panels side by side. NyquiTiles Edge are made of flame retardant materials and can therefore be used on the walls of public utility buildings.

FiberColor products are soft 3D wall panels that operate at a wide frequency range. The highest sound absorption coefficient in class A reduces the reverberation time, which contributes to better speech intelligibility and increased work comfort. In addition to excellent acoustic properties, the FiberColor series panels also perform a decorative function. Over 30 shapes and as many as 46 colors of the panels.

EcoWall Baffle is a special wall panel prepared by our architects in collaboration with acousticians. The base of the board is made of 15 mm thick compressed polyester wool. Vertical baffles of equal width, equal spacing but different heights (from 3 to 15 cm) are attached to it. The pattern is chosen to give the impression of a moving wave. The different heights of the baffles absorb sound over a very wide frequency range (from 125 Hz to 10 kHz). The openwork structure creates partitions, into which the sound falls and is trapped. The absorbing surface is therefore much larger here than in the case of traditional acoustic panels (αw ≥ 0,95). This, in turn, translates into much better efficiency with the use of fewer panels on the walls.

EcoTiles wall panels are similar in shape to ceramic tiles, but are much lighter, easier to install and have a high sound absorption coefficient. They effectively reduce reverberation and significantly improve speech intelligibility and sound clarity. They are perfect for places where the visual impression is of great importance, such as prestigious office corridors, conference rooms or meeting rooms. EcoTiles panels made of compressed polyester wool recovered in the recycling process of PET bottles with a high sound absorption coefficient. This material does not dust, is environmentally friendly and human health friendly. It is also resistant to mechanical damage and deformation. It does not get dirty and does not attract dust. The product is fully recyclable. It is odorless, mold resistant and does not emit toxic substances. It has a high fire class B, s2, d0.

NyquiTiles Round is the name for upholstered acoustic panels with a high sound absorption coefficient. NyquiTiles Round panels come in many sizes and over 100 standard colours, giving us almost unlimited design possibilities. The outer layer is made of a high-quality decorative felt, which is acoustically transparent and resistant to dirt and mechanical damage. The inner side of the panels consists of an absorber with the highest sound absorption class A. A unique fastening system with magnets allows quick installation of the panels side by side. NyquiTiles Round panels are made of flame retardant materials and can therefore be used on the walls of public buildings.

WoodenTiles are wall acoustic panels that are an interesting alternative to conventional perforated panels. The small size and the multitude of shapes and sizes of the panels allow you to create interesting spatial forms. Thanks to the use of different thicknesses, we can obtain an effective 3D pattern.