Ljuds

Ljuds™ wood wool acoustic panels are made from recyclable wood fibers, cement, and water, offering a sustainable and formaldehyde-free solution. These acoustic panels improve sound absorption while complementing any space with natural facade materials. Ideal for acoustic treatment these sustainable wall panels elevate both acoustic design and performance in various environments.

A small meeting space with a colorful acoustic wall design in shades of blue and green, accompanied by a wooden table and multi-colored chairs in a bright office space.

Products

Diagonal 300

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Diagonal 300 panels, 300mmW x 300mmH, feature grooved lines for dynamic geometric patterns, providing sound absorption and moisture regulation.

Diagonal 600

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Diagonal 600 panels, 600mmW x 600mmH, feature grooved lines for dynamic geometric patterns, providing sound absorption and moisture regulation.

Diagonal 1200

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Diagonal 1200 panels, 600mmW x 1200mmH, feature grooved lines for dynamic patterns, offering sound absorption and moisture control.

Loop 300

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Loop 300 panels, 300mmW x 300mmH, feature circular grooves for a textured design, providing sound absorption and moisture regulation.

Loop 600

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Loop 600 panels, 600mmW x 600mmH, feature circular grooves for a textured design, providing sound absorption and moisture regulation.

Loop 1200

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Loop 1200 panels, 600mmW x 1200mmH, feature circular grooves for a textured design, providing sound absorption and moisture regulation.

Circuit

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ circuit wood wool panels, 600mmW x 1200mmH, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Horizon 75

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Horizon 75 panels, 600mmW x 1200mmH, feature horizontal grooves for a sleek, expansive look, offering sound absorption and moisture control.

Horizon 75L

Graph showing sound absorption coefficient with 25mm Ljuds™ material across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, rises steadily through 315 Hz, peaks near 1250 Hz with a value close to 1, and then drops slightly towards 5000 Hz.

Ljuds™ Horizon 75L panels, 1200mmW x 2400mmH, feature horizontal grooves for a sleek, expansive look, offering sound absorption and moisture control.

Horizon 150

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Horizon 150 panels, 600mmW x 1200mmH, feature grooved lines for dynamic patterns, offering sound absorption and moisture control.

Horizon 150L

Graph showing sound absorption coefficient with 25mm Ljuds™ material across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, rises steadily through 315 Hz, peaks near 1250 Hz with a value close to 1, and then drops slightly towards 5000 Hz.

Ljuds™ Horizon 150L panels, 1200mmW x 2400mmH, feature grooved lines for dynamic patterns, offering sound absorption and moisture control.

Vertical 75

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Vertical 75 panels, 600mmW x 1200mmH, feature vertical grooves for added height, with sound absorption and moisture control.

Vertical 75L

Graph showing sound absorption coefficient with 25mm Ljuds™ material across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, rises steadily through 315 Hz, peaks near 1250 Hz with a value close to 1, and then drops slightly towards 5000 Hz.

Ljuds™ Vertical 75L panels, 1200mmW x 2400mmH, feature vertical grooves for added height, with sound absorption and moisture control.

Vertical 150

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ Vertical 150 panels, 600mmW x 1200mmH, feature vertical grooves for added height, with sound absorption and moisture control.

Vertical 150L

Graph showing sound absorption coefficient with 25mm Ljuds™ material across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, rises steadily through 315 Hz, peaks near 1250 Hz with a value close to 1, and then drops slightly towards 5000 Hz.

Ljuds™ Vertical 150L panels, 1200mmW x 2400mmH, feature vertical grooves for added height, with sound absorption and moisture control.

Circle

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ circular wood wool panels, with a size of 300mmD, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Diamond

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ diamond-shaped wood wool panels, 173mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Hexagon

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ hexagon-shaped wood wool panels, 259mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Honeycomb

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ honeycomb-shaped wood wool panels, 176mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Pentagon

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ pentagon-shaped wood wool panels, 173mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Prism

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ prism-shaped wood wool panels, 173mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Rectangle

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ rectangular wood wool panels, 300mmH x 600mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Scale

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ scale-shaped wood wool panels, 253mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Square

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ square wood wool panels, 300mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Triangle

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ triangular wood wool panels, 300mmH x 300mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Board

Graph showing sound absorption coefficient across frequencies in a 1/3 octave band, following ISO 354 standards. The absorption coefficient starts low at 50 Hz, gradually increases through 315 Hz, peaks near 1250 Hz, and then decreases again towards 5000 Hz.

Ljuds™ board-shaped wood wool panels, 1220mmH x 2440mmW, are eco-friendly, sound-absorbing, and moisture-regulating for enhanced acoustic performance.

Project Highlight

Ljuds™ Board

In a space where nature and architecture meet, the oceanarium project required more than just visual impact—it demanded acoustic precision. Designed for immersive learning and tranquil exploration, the venue integrated Ljuds™ panels to soften ambient noise and enrich the visitor experience.

Oceanarium 1920 11

How Does Ljuds™ Wood Wool Acoustic Panel Work?

Ljuds™ Wood Wool Acoustic Panels enhance sound absorption through porous wood-fiber surfaces and high-density cement-bonded cores. These systems improve sound control, thermal insulation, and overall comfort in any space. Designed with natural textures and architectural versatility, they elevate interior expression, resist moisture and mold, and deliver long-lasting functional benefits. As an innovation-driven company, Ljuds™ develops wood wool solutions that balance acoustic performance, durability, and refined interior aesthetics.

Sound Absorption

In rooms with reflective surfaces and high ceilings, sound waves create echo and excessive reverberation that reduce speech clarity. Ljuds™ Wood Wool Acoustic Panels are engineered to absorb sound, helping control noise levels, improve sound quality and create a comfortable environment in offices, auditoriums, and commercial spaces.

Designed for Architects

Effective acoustics should blend seamlessly with interior design. Ljuds™ Wood Wool Acoustic Panels come in a wide range of natural textures, colors, and panel styles to suit modern offices and public spaces. These wood wool panels integrate sound control without disrupting the visual identity of the room and environment.

Warranty Guaranteed

High-use environments require acoustic systems that last. Ljuds™ Wood Wool Acoustic Panels are engineered with durable, fire-resistant, and eco-conscious materials to deliver consistent acoustic performance. Supported by reliable warranty protection, they provide long-term stability, thermal comfort, and peace of mind for customers.

Standards

Material: Recyclable Wood Fibres in Cement Matrix
Standard Dimension:
300mm x 300mm
600mm x 600mm
1200mm x 2400mm
Standard Thickness:
15mm, 20mm, 25mm
Bevel Dimension: 10mm, 45°

A collection of square-shaped acoustic panels in various shades of blue and green, arranged in a grid pattern. The panels have diagonal ridged patterns that add texture.

Frequently Asked Questions

Ljuds™ Wood Wool Acoustic Panels are designed to improve sound absorption, reduce echo, and enhance speech clarity in offices, classrooms, auditoriums, and commercial interiors. They also offer thermal insulation, moisture resistance, and fire-rated performance, making them a durable and eco-conscious solution for modern spaces.

Wood wool panels combine natural wood fibers with a cement-bonded core, providing excellent durability, texture, and acoustic performance. Mineral panels offer stronger fire ratings, while polyester panels are lightweight and highly flexible. Each material type supports different acoustic, aesthetic, and environmental goals.

Wood wool panels absorb sound through their porous fiber structure, allowing sound energy to be dispersed and reduced effectively. This decreases reverberation, minimizes echo, and enhances clarity in offices, classrooms, studios, sports halls, and other large or reflective environments.

Yes. These panels are ideal for offices, retail spaces, education facilities, hospitality venues, gyms, and community centers. Their durability, acoustic efficiency, and natural aesthetic make them well-suited for both functional and decorative applications.

Absolutely. Wood wool panels can be tailored through different thicknesses, colors, textures, edge styles, and installation patterns. This allows designers to achieve specific acoustic targets and creative visual expressions suited to modern architectural needs.

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