Acoustic Wall Panels 120 x 30cm, Pack of 4

Acoustic Wall Panels 120 x 30cm, Pack of 4 Petrol Green. These acoustic wall panels are made from recycled PET material and measure 1200 x 300mm with a thickness of 9mm. Designed to reduce sound reverberation, they improve acoustics in business premises while also serving as pinnable noticeboards. The petrol green panels feature chamfered edges that create a three-dimensional effect, adding depth to your wall design. Each panel is easy to fix using strong adhesive tape on the back, suitable for various surfaces.

Available in packs of 4 and a range of four colours, you can combine different shades to create unique acoustic wall designs. 1200 x 300mm. Recycled PETFire Retardant. Pinnable. NCR 0. 6Sustainable Material. Panels are manufactured from recycled PET bottles, combining environmental responsibility with effective noise reduction. Functional Acoustic Performance. With a noise reduction coefficient (NCR) of 0. 6, these panels effectively muffle sound reverberations to improve room acoustics. Key Features. Panel dimensions: 1200 x 300mm (120 x 30cm)Thickness: 9mm. Material: Recycled PET bottles.

Fire retardant classification: EN 13501-1:2007 + A1:2009 class B and ASTM E84 class ANoise reduction coefficient (NCR): 0. 6 for effective sound absorption. Chamfered edges provide a 3D visual effect with depth. Pinnable surface allows use as a noticeboard. Fixing method: strong adhesive tape on the back of each panel for simple and secure installation. Available in packs of 4 panels. Colour: Petrol Green. Also available in multiple colours, shapes, and sizes (see PDF for full range)Installation & Practical Considerations.

Panels are fixed using strong adhesive tape on the back, suitable for various wall surfaces. Easy to install without specialist tools or fixings. Chamfered edges allow for creative wall designs by combining different colours and shapes. Delivery includes a pack of 4 panels. Ideal for business premises requiring improved acoustics and multifunctional wall surfaces