Acoustic | Sound-Absorbing PET Panel | Linear Pattern Relief | 300x300x9mm | Black

Acoustic sound-absorbing PET panel – 300×300×9 mm, with longitudinal grooves, black

Acoustic PET fibre panel with longitudinal grooves is intended to reduce room echo, reverberation and some unwanted sound reflections. The panel is made of pressed PET polyester fibre and can be used as a functional and decorative acoustic finish for walls or ceilings.

The panel surface features narrow, parallel longitudinal grooves. They divide the continuous surface into repeating vertical strips and create a restrained linear pattern. Panel dimensions: 300×300 mm, thickness: 9 mm.

The panel surface features a series of narrow, parallel grooves spaced at equal intervals. They extend across almost the entire length of the panel, leaving a continuous border around its perimeter.

• creates a neat, repeating linear pattern;
• divides the continuous panel surface into narrow strips;
• allows the panels to be oriented vertically or horizontally;
• several panels can be combined into a larger linear composition;
• suitable for modern, minimalist and technical interiors;
• can be used for both acoustic and decorative finishing.

The panel is made of pressed PET polyester fibre. It is stiffer and retains its shape better than soft polyurethane foam, making it suitable for decorative modular wall and ceiling finishing.

• porous fibre structure for absorbing part of the sound energy;
• rigid, shape-retaining construction;
• thin 9 mm profile;
• low weight and easier installation;
• can be cut and adapted to the installation location;
• up to 60% of the composition may consist of recycled PET material;
• the black colour suits modern, minimalist and technical interiors.

• PET fibre construction — for absorbing part of the sound energy.
• Echo reduction — to reduce the perception of reverberation in the room.
• Longitudinal grooves — for a decorative linear surface.
• Parallel strips — for a regular and directional pattern.
• Adjustable pattern direction — the panels can be rotated by 90°.
• 9 mm thickness — for compact acoustic finishing.
• Stiffer material — to retain its shape.
• Up to 60% recycled PET — depending on the production composition.
• Modular 300×300 mm format — for larger compositions.
• Can be installed on walls or ceilings.

• In offices — to improve acoustic comfort in the room.
• In meeting rooms — to reduce echo and reverberation.
• In home workspaces — to improve speech and remote-call clarity.
• In recording rooms — to control some wall reflections.
• In broadcasting rooms — to reduce room echo captured by a microphone.
• In teaching rooms — to improve speech intelligibility.
• In hotels and lounge areas — for decorative acoustic finishing.
• In restaurants and cafés — to reduce the overall perception of reverberation.
• In gaming and home cinema rooms — to soften some sound reflections.
• In corridors and shared areas — for acoustic and decorative wall finishing.

1. Assess the room acoustics. Identify the locations where the strongest sound reflections occur.
2. Calculate the required quantity. One panel covers an area of 0.09 m².
3. Prepare the surface. The wall or ceiling must be dry, clean and free of loose finishing layers.
4. Choose the line direction. The panels can be installed vertically, horizontally or with alternating orientations.
5. Mark the position of the first panel. Use a spirit level or laser level.
6. Choose the fastening method. Use adhesive or mechanical fasteners suitable for PET panels and the substrate.
7. Press the panel evenly. Do not press only on the groove edges, as this may deform them.
8. Install the panels closely together. Do not leave unnecessary gaps between the modules.
9. Cut if necessary. Use a sharp knife or another cutting tool suitable for PET fibre.
10. Check the fastening. The panels must not detach, bend or hang loosely from the ceiling.

• Remove dust with a vacuum cleaner using a soft attachment and low suction power.
• The surface can be cleaned with a dry soft cloth or brush.
• Remove dust accumulated in the grooves with a soft brush.
• Do not rub the fibrous surface with coarse brushes.
• Do not use large amounts of water.
• Do not spray cleaners directly onto the panel.
• Do not use solvents, petrol or acetone.
• Keep away from open flames and strong heat sources.

• The PET acoustic panel is intended for dry indoor spaces.
• Do not use in locations exposed to direct contact with water.
• The panel is not a complete sound-insulation system.
• The exact sound absorption coefficient is not specified.
• No confirmed reaction-to-fire class is specified.
• The non-toxicity claim must be assessed according to the product documentation.
• Keep away from open flames, sparks and hot surfaces.
• Unsuitable adhesive may alter the panel colour or deform it.
• Cutting may produce uneven or frayed edges.
• Colour and surface texture may vary slightly between batches.
• The actual recycled PET content may vary.
• Reliable fastening is essential when installing on a ceiling.

Quick selection guide

Choose the 9 mm PET acoustic panel with longitudinal grooves when you need to reduce some room echo and sound reflections and create a thin, neat and directional wall or ceiling surface.

9 mm linear-pattern PET acoustic panel for reducing room echo and sound reflections

The acoustic PET fibre panel is intended to absorb part of the sound travelling through a room and reduce reflections from walls and ceilings. The parallel longitudinal grooves create a neat and directional linear surface pattern.

The 300×300×9 mm modules can be installed on walls or ceilings, combined into larger geometric compositions and oriented vertically or horizontally.

The pressed PET fibre construction is thin, rigid and suitable for decorative acoustic finishing. The supplied information states that up to 60% of the panel composition may consist of recycled PET material.

The PET acoustic panel improves room acoustics but is not a complete sound-insulation system. For a precise acoustic or fire-safety project, sound absorption, reaction-to-fire and material-emission test documentation must be checked.