Acoustic Wall Panels 120 x 30cm, Pack of 6

Acoustic Wall Panels 120 x 30cm, Pack of 6 Beige. These acoustic wall panels are made from recycled PET material and measure 1200 x 300mm with a 9mm thickness. Designed to reduce sound reverberations, they improve acoustics in business premises while offering a pinnable surface for notices and displays. The panels feature chamfered edges that create a 3D effect with depth and are fire retardant for safety. Each panel is easy to fix to walls using strong adhesive tape on the back, suitable for various surfaces. Available in packs of 6 and a range of colours, allowing custom designs by combining different shades.

1200 x 300mm. Recycled PETFire Retardant. Pinnable. NCR 0. 6Pack of 6Sustainable Material. Panels are manufactured from recycled PET bottles, supporting environmental sustainability without compromising performance. Easy Fixing. Strong adhesive tape on the back of each panel allows quick, secure installation on a variety of wall surfaces without the need for additional tools or fixtures. Key Features. Panel dimensions: 1200 x 300mm with 9mm thickness. Made from recycled PET material sourced from recycled bottles. Chamfered edges provide a decorative 3D effect with depth.

Acoustic Noise Reduction Coefficient (NCR) of 0. 6 effectively reduces sound reverberations. Pinnable surface suitable for notices and display items. Fire retardant classification EN 13501-1:2007 + A1:2009 class B and ASTM E84 class A for enhanced safety. Simple tape fixation system on the back of each panel for easy installation on various surfaces. Available in packs of 6 and multiple colours for customised wall designs. Installation & Practical Considerations. Panels fix easily to walls using strong adhesive tape included on the back of each tile.

Suitable for various wall surfaces, no additional fixings required. Chamfered edges allow creative 3D wall designs by combining colours and shapes. Delivered in packs of 6 panels, each measuring 1200 x 300mm. Ideal for improving acoustics in business premises while providing a functional pinnable surface