Acoustic | Sound-Absorbing Foam Panel | Profiled | 300x300x25mm | Black

Acoustic sound-absorbing foam panel – 300×300×25 mm, finely profiled, black

Acoustic foam panel is intended to reduce echo, reverberation and some unwanted sound reflections occurring in a room. The panel is made of sound-absorbing polyurethane foam, commonly referred to as foam rubber.

The finely profiled foam surface with dense longitudinal ribs increases the active area of the sound-absorbing material and helps disperse sound waves reflected from walls or ceilings. Panel dimensions: 300×300 mm, thickness: 25 mm.

Dense, parallel longitudinal ribs and grooves are formed on the panel surface. Compared with acoustic foam with a coarser profile, this panel has a finer and denser surface pattern.

• increases the active sound-absorbing surface area;
• helps disperse some sound reflections;
• reduces the effect of a smooth, hard wall surface;
• creates a fine, rhythmic geometric pattern;
• allows the panels to be installed in one direction or with alternating orientation;
• suitable for decorative acoustic wall and ceiling compositions.

The panel is made of flexible polyurethane foam. It is a lightweight, elastic and easy-to-process material that can be adapted to different wall and ceiling surfaces.

• open-cell structure for absorbing part of the sound energy;
• low weight;
• flexible and easy-to-cut material;
• compact overall thickness of 25 mm;
• suitable for wall and ceiling finishing;
• can be used as a soft protective foam insert;
• the black colour suits studio and technical interiors.

• Acoustic foam — for absorbing part of the sound energy.
• Echo reduction — to reduce the perception of reverberation in the room.
• Finely profiled surface — for additional sound dispersion.
• Dense longitudinal ribs — for a larger active surface area.
• 25 mm thickness — for compact wall or ceiling finishing.
• Lightweight construction — for easier installation.
• Flexible foam material — easy to cut and adapt.
• Black decorative surface — for technical and studio interiors.
• Modular 300×300 mm format — for compositions of different sizes.
• Can be installed on walls or ceilings.

• In home studios — to reduce echo in voice and music recordings.
• In broadcasting rooms — to reduce reflections captured by the microphone.
• In gaming rooms — to improve speech and sound clarity.
• In offices — to improve acoustic comfort in the room.
• In meeting rooms — to reduce the perception of reverberation.
• In home cinema rooms — to control some sound reflections.
• In rehearsal rooms — to reduce mid- and higher-frequency reflections.
• In technical rooms — to absorb some sound reflections from equipment.
• In teaching and language classrooms — to improve speech clarity.
• In equipment cases and packaging — as soft protective foam.

For example, in a small office or broadcasting room, strong reflections from empty walls may be clearly audible when speaking. Foam panels are installed behind the microphone, on the side walls or at other first-reflection points.

The densely profiled surface helps reduce the intensity of sound waves returning from a hard wall. As a result, the microphone may capture less pronounced room echo and speech may sound clearer.

The best result is achieved by covering a strategically selected total wall or ceiling area rather than a single isolated spot.

1. Assess the room acoustics. Identify 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 peeling layers.
4. Plan the pattern direction. The ribs can be installed vertically, horizontally or with alternating module orientation.
5. Mark the position of the first panel. Use a spirit level or laser level.
6. Choose the fastening method. Use mechanical fasteners or adhesive suitable for foam.
7. Do not stretch the panel. The foam must not be deformed during installation.
8. Install the panels tightly together. Do not leave unnecessary gaps between modules.
9. Cut if required. Use a sharp knife and a straight ruler.
10. Check the fastening. The panels must not come unstuck or hang loosely from the ceiling.

• Remove dust with a vacuum cleaner using a soft attachment and low suction power.
• The foam surface can be cleaned with a soft brush.
• Do not press the fine surface ribs.
• Do not use large amounts of water.
• Do not spray cleaners directly onto the foam.
• Do not use solvents, petrol or acetone.
• Protect against sharp objects and mechanical compression.
• Keep away from open flames and strong heat sources.

• Acoustic foam is intended for dry indoor spaces.
• Do not use in locations exposed to direct contact with water.
• Foam is not a complete sound-insulation system.
• The exact sound absorption coefficient is not specified.
• No confirmed reaction-to-fire class is specified.
• Keep away from open flames, sparks and hot surfaces.
• Do not use near luminaires or equipment that become very hot.
• Unsuitable adhesives may damage polyurethane foam.
• The foam may be compressed during transport.
• After unpacking, time may be required for the original shape to recover.
• Colour and texture may vary slightly between batches.
• The foam panel is not a structural element.
• Reliable fastening is essential when installing on a ceiling.

Quick selection guide

Choose the finely profiled acoustic foam panel when you need to reduce some room echo and sound reflections while maintaining a low 25 mm finishing thickness and a dense decorative surface pattern.

Finely profiled 25 mm acoustic foam for reducing room echo and sound reflections

The acoustic foam panel is intended to absorb part of the sound travelling through a room and reduce reflections from walls and ceilings. The dense longitudinal ribs increase the active absorption area and help disperse sound waves.

The 300×300×25 mm foam modules can be installed on walls or ceilings, combined into larger arrangements and cut to suit the shape of the room when required.

Black polyurethane foam is suitable for home studios, offices, broadcasting, gaming, teaching and other dry indoor spaces where echo needs to be reduced and speech or sound clarity improved.

Acoustic foam improves the internal acoustics of a room but is not a complete sound-insulation system. For precise acoustic or fire-safety design, the sound absorption and reaction-to-fire test documentation must be checked.