Cement-bonded wood fibre acoustic surfaces

Wood Wool Acoustic Panels

Coarse wood-fibre texture with a rigid mineral-bound core for robust architectural absorption.

Poplar wood fibres form a continuous open structure around an inorganic cement binder, creating a distinctly natural surface for wall and ceiling applications.

Natural charcoal and terracotta wood wool acoustic panels showing coarse wood fibre textureProduct material study
CompositionPoplar wood fibre + mineral binderCement-bonded porous panel
Thickness15 / 20 / 25 mmSupplied brochure range
Panel size1220 x 2440 mmWidth x length
FinishCustom spray colourApprove from a physical sample

Material character

Wood fibre left visible, not disguised.

The long, interlocked fibres remain legible across the face, giving every panel a dry, mineral texture and subtle natural variation. The open porous structure is the defining visual and acoustic characteristic.

Supplied literature describes moisture and flame performance. Those claims remain evidence-gated until the exact product code and current reports are approved.

Close view of natural and coloured cement-bonded wood wool acoustic panels

Colour direction

Twenty-eight material tones, one visible fibre structure.

Natural mineral shades sit alongside brighter project colours. The regenerated card restores the supplied colour families at high resolution while preserving the coarse strand texture.

Screen colour is indicative only. Approve colour, fibre scale and spray coverage from a current physical sample before ordering.

01Orange Yellow
02Wine Red
03Deep Navy
04Light Grey
05Beige
06Grass Green
07Rose Pink
08Snow Grey
09Deep Grey
10Orange
11Terracotta
12Bright Red
13Lemon Yellow
14Sky Blue
15Forest Green
16Turquoise
17Lake Blue
18Violet
19Antique Bronze
20Ochre
21Autumn Grass
22Ink Green
23Olive Brown
24Black
25Orange Red
26Willow Green
27Off White
28Charcoal Grey
High-resolution material study reconstructed from the supplied 28-colour card. Screen colour is indicative only.

Supplied absorption data

Two panel constructions under one declared build-up.

The brochure records a 15 mm panel with 50 mm acoustic infill at 24 kg/m鲁 and a 50 mm rear air space.

Standard panel0.99Reported NRC
Microporous composite0.88Reported NRC

Values are transcribed from supplied literature. Confirm the current laboratory report, exact panel type and mounting condition before publication or specification.

Supplied absorption coefficient curves for standard and microporous wood wool acoustic panels
English-only high-resolution redraw of the supplied absorption system.
Supplied sound absorption coefficients by frequency
Panel1001251602002503204005006308001k1.25k1.6k2k2.5k3.125k4k
Standard0.310.400.710.990.861.011.101.141.131.101.181.181.161.211.201.171.14
Microporous0.200.200.360.590.720.830.850.900.910.930.880.910.880.890.910.910.89

Installation relationships

Direct, cavity or infill-backed.

The supplied details show three distinct wall build-ups. Select the fixing, batten spacing, cavity depth and infill from the approved project system rather than from appearance alone.

01

Direct fix

Fix the panel directly to a prepared wall with the project-approved mechanical fixing.

02

Battened cavity

Fix to timber battens to create a controlled rear air space behind the panel.

03

Infill + cavity

Add specified acoustic infill between battens where the verified assembly requires it.

Isometric installation diagram showing direct fixed battened cavity and acoustic infill wood wool panel systems
English-only reconstruction of the three supplied installation relationships.

Application gallery

Six spatial studies for wood wool acoustic panels.

These high-resolution visual studies show intended material applications. They are design references, not completed JHS projects.

Performing arts auditorium with natural wood wool acoustic wall panels
01

Performing arts auditorium

Large-format wood-wool wall fields bring texture and acoustic intent to speech and performance spaces.

University lecture hall with ochre wood wool acoustic wall panels
02

University lecture hall

Warm mineral-bound panels coordinate robust wall protection with a calm teaching environment.

Indoor sports hall with coloured wood wool acoustic wall panels
03

Sports hall

Impact-prone community interiors benefit from a visually durable, coarse-fibre material expression.

Hotel lobby with coloured hexagonal wood wool acoustic panels
04

Hotel lobby

Hexagonal modules turn the rough fibre texture into a crafted hospitality feature wall.

Executive boardroom with natural wood wool acoustic wall and ceiling panels
05

Executive boardroom

A restrained natural palette gives meeting rooms material warmth without decorative noise.

Airport lounge with suspended wood wool acoustic ceiling rafts
06

Airport lounge

Continuous ceiling rafts and wall panels bring an ordered material rhythm to high-traffic waiting areas.

Frequently asked questions

Questions before selecting Wood Wool Acoustic Panels.

Clear the material, mounting and evidence questions before the product is released into a project.

01How should Wood Wool Acoustic Panels be selected for a project?

Review panel thickness, texture, colour, edge format and required durability as a coordinated material selection.

02Which technical information should be confirmed before specification?

Confirm the current product code, dimensions, finish, mounting method, acoustic test conditions and fire evidence against the exact proposed build-up.

03Can this material be used on both walls and ceilings?

Wall and ceiling conditions must be checked separately for substrate, impact exposure, fixing, cavity depth and approved performance evidence.

04How do I begin a sample or technical enquiry?

Send the room type, drawings or elevations, substrate, target programme and any required compliance information. The project team can then identify the documents and sample route needed for review.