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ACOUSTIC MATERIALS · WALLS
Acoustic Wall Panels for Quieter, Better-Designed Interiors
Reduce echo, control reverberation and improve speech clarity with acoustic wall panels developed for commercial interiors. This collection brings together wood slat panels, fabric-wrapped absorbers, engraved felt acoustic panels and sculptural acoustic wall tiles, giving architects and contractors several ways to integrate sound absorption into the wall design.
Hard Walls Make Sound Linger.
Glass, concrete, plaster and other hard finishes reflect sound back into the room instead of absorbing it. These repeated reflections increase reverberation, reduce speech intelligibility and make offices, restaurants, classrooms and public spaces feel louder than expected. Sound absorbing wall panels introduce useful absorption without treating the interior like a recording studio.
Acoustic wall panels reduce reflected sound within the room, helping conversations remain clearer and the space feel more comfortable.
Four Acoustic Wall Panel Systems for Different Interior Needs.
Explore four decorative acoustic wall panel systems developed for offices, meeting rooms, hospitality spaces, schools and other commercial interiors. Compare their materials, surface finishes, standard dimensions, acoustic construction and customization options to find the right solution for your project.
From the natural linear appearance of acoustic slat wall panels to fabric-wrapped, engraved and three-dimensional PET designs, each system offers a distinct way to reduce reflected sound while complementing the interior architecture.
Acoustic Slat Wall Panels
MDF or solid-wood slats fixed to a polyester fiber acoustic backing create warm, continuous acoustic wall paneling. The timber face establishes the architectural rhythm while the felt layer and the gaps between slats help control reflected sound in hospitality, workplace and education interiors.
Fabric-Wrapped Acoustic Panels
An acoustically transparent fabric, leather or fiberglass-fabric finish wraps a thicker glass-fiber core. These sound panels for walls suit projects that prioritize broad absorption, clean rectangular modules and a softer visual finish, with selectable density, frame, edge and mounting construction.
Engraved PET Acoustic Wall Panels
Made from 100% polyester fiber felt, these acoustic wall panels can be CNC cut or V-groove engraved with geometric lines, curves and repeating architectural patterns. More than 100 catalog designs are available across square, rectangular and full-height panel formats, while custom patterns can be developed for branded walls and project-specific layouts. Panel dimensions, thickness and density vary by pattern series and should be selected together rather than treated as one fixed specification.
3D PET Acoustic Wall Panels
Made from formed polyester fiber felt, these 3D acoustic wall panels use faceted, ribbed, wave and pillow-like reliefs to introduce depth, shadow and sound absorption. The catalog includes 28 model references across square, triangular and hexagonal modules. Each mold has its own face size and finished depth, so the model, dimensions and installation method should be selected together.
Which Wall Panel Fits Your Space?
Start with the visual intent, room activity, available wall area and required durability. Then compare material construction, panel thickness, edge treatment, mounting method and the documents available for the exact product. This prevents products with very different assemblies from being compared only by appearance.
Place Absorption Where Reflections Build Up.
Start with the room layout, sound sources, listening positions and the largest uninterrupted hard surfaces. Wall-mounted acoustic treatment is most effective when its location responds to actual reflection paths rather than filling an arbitrary decorative zone. The useful exposed area matters as much as panel style.
Three Decisions Shape The Acoustic Result.
Useful coverage, panel construction and mounting condition work together. Confirm all three before comparing performance or calculating quantities.
More exposed absorbing area generally controls more reflected energy, but the appropriate amount depends on room volume, surface finishes, occupancy and target reverberation. Calculate acoustic panels for a room from project conditions rather than applying one fixed wall percentage.
Core material, density, thickness and visible facing all influence how an acoustic wall panel responds across different frequencies. Compare product data only when the tested construction matches the panel being considered for the project.
Direct fixing, resilient backing and a deliberate air cavity can produce different results from the same visible panel. Record the substrate, cavity, backing and fixing method so the installed assembly matches the intended specification.
Four Products Meet The Wall Differently.
Confirm the substrate, set-out, fixing method, perimeter and penetrations before ordering. The correct approach depends on panel construction, module size and whether future removal is required. Allow for corners, sockets and transitions during site measurement. Use the fixing system specified for each product to maintain alignment, secure edges and achieve a consistent finished surface.
Slat Wall Panels
Plan the panel direction and end conditions as part of the wall elevation. Long linear modules make alignment, cutting and screw positions visually important.
Typical fixing
Screws through the PET backing; adhesive may be used on suitable walls.
Site work
Cut slats and backing to length; coordinate ends, corners and outlets.
Check first
Wall flatness, panel direction, screw layout and edge termination.
Fabric-Wrapped Panels
Protect the textile face during handling and keep the module grid consistent. Frame and edge selection determine how panels meet at joints and perimeters.
Typical fixing
Adhesive, clips/buckles or nails according to frame construction.
Site work
Set out modules and maintain clean, even joints without damaging fabric.
Check first
Frame type, edge detail, removal access and fabric direction.
Engraved PET Panels
Lay out the complete pattern before adhesive fixing begins. Datum lines and controlled joint spacing prevent the engraved design from drifting across the wall.
Typical fixing
Adhesive installation on a clean, dry and properly prepared substrate.
Site work
Align pattern repeats before pressing panels into their final position.
Check first
Datum line, groove direction, joint width and adhesive compatibility.
3D PET Panels
Approve the module orientation and sequence before installation. Molded relief requires extra attention at corners, switches and the final row of the composition.
Typical fixing
Silicone adhesive, screws, Z-clips, gun nails or aluminum profiles.
Site work
Rotate and sequence modules according to the approved elevation.
Check first
Mold profile, finished depth, orientation and treatment at boundaries.
Match The Wall Treatment to The Way The Room Is Used.
The same acoustic problem appears differently in a meeting room, auditorium, restaurant or reception area. Use these application directions to connect room activity, available wall area and the most suitable panel character before developing the final elevation.
Support clear programme sound across a larger room. Fabric-wrapped acoustic panels provide a thicker wall treatment for speech, cinema and multipurpose venues where repeated reflections affect many listening positions.
Bring acoustic control into a timber feature wall. Wood slat acoustic wall panels suit boardrooms, offices and reception areas that need visual warmth with a continuous architectural finish.
Use pattern and color without losing useful wall absorption. Engraved felt acoustic panels can coordinate with restaurant, hotel and lounge interiors while reducing reflections from otherwise hard decorative surfaces.
Turn a listening wall into a composed acoustic surface. Three-dimensional acoustic wall tiles introduce relief and help soften reflections around music practice, media and creative spaces.
Use modular relief across a large uninterrupted wall. Rotated 3D PET modules create texture and shadow while adding sound absorption to lounges, clubs and informal gathering areas.
Coordinate durable wall treatment with circulation and furniture. PET acoustic panels for walls can use color, pattern and modular layouts to support classrooms, libraries and public spaces where visual organization also matters.
Six Details Make A Wall-Panel Enquiry Actionable.
A useful enquiry connects the selected acoustic wall panel to a real wall elevation, installation condition and delivery plan. Providing these six details allows Feltlite to review module format, cutting allowance, finish direction, quantity, packing and the technical information that still needs confirmation before quotation.
What Are You Designing?
Tell us which acoustic product you are considering and briefly describe the space, application and approximate quantity. If the product has not yet been selected, share your preferred appearance, dimensions, color or acoustic requirements, and our team will help identify a suitable material and product configuration.
You can also upload architectural drawings, wall elevations, product schedules or reference images. These files help us review panel sizes, finishes, quantities and customization requirements more accurately before preparing samples or a quotation.
Questions Before Selecting A Wall Panel.
These answers cover the practical differences between absorption and sound isolation, panel quantity, materials, customization, samples and routine care. Project-specific advice still depends on the room and selected construction.
They absorb part of the reflected sound energy in a room, helping reduce echo and reverberation and improve speech clarity.
Wall-mounted absorbers mainly control reflections inside the room. Sound transfer requires review of the complete partition construction.
The useful area depends on room volume, existing finishes, activity and target reverberation. Share drawings and room information for project guidance.
PET products use shaped polyester felt as the visible absorbing material. Fabric-wrapped panels use an acoustically transparent finish around a thicker fiberglass core.
Options may include size, color, veneer, fabric, CNC pattern, 3D form, edge, mounting and packaging.
Yes. Specify the product family and required documents so the sample and evidence match the proposed construction.
These phrases are often used for the same type of room treatment. Sound dampening wall panels, sound deadening wall panels and wall acoustical panels usually describe absorptive products that reduce reflected sound inside a space. They should not be interpreted as complete sound-isolation systems.
Yes. When planning acoustic panels for room interiors, distribute them according to reflection paths, usable wall area and the activity taking place. A combination of wall and ceiling absorption may be more effective than concentrating every panel on one decorative surface.