JHS ACOUSTIC
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Routed wood acoustic surfaces

Grooved Wood Acoustic Panels

A continuous machined panel with face grooves and rear perforations.

A slit-resonance acoustic lining formed from a dense panel substrate. Narrow grooves are routed into the visible face while perforations on the rear connect the room-facing slots to the acoustic infill behind.

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Continuous grooved wood acoustic panel with shallow routed face slots, rear perforations and black acoustic tissueProduct construction study
Panel width132 or 197 mmWidth tolerance 卤1 mm
Thickness12, 15 or 18 mmThickness tolerance 卤0.2 mm
Panel length2440 or 3200 mmLength tolerance 卤2 mm
Typical useWalls and ceilingsFinal build-up remains project-specific

Product construction

One continuous panel. Two coordinated acoustic operations.

The visible face remains a continuous architectural plane. Shallow routed grooves create the linear rhythm; rear perforations connect those slots to the cavity and acoustic infill behind the panel.

Room facesound reaches the routed slots
Rear perforationscouple the slots to the backing cavity
Acoustic infillsupports mid- and high-frequency absorption

Performance depends on the exact pattern, substrate, rear cavity and acoustic infill. Select values from the current report for the proposed build-up.

Face patterns

Groove spacing controls both rhythm and open area.

The supplied range includes standard and custom face-to-groove relationships. Confirm the final code before production and acoustic review.

01Standard

2 faces / 1 groove

59/5 路 60/4

02Standard

4 faces / 3 grooves

28/4 路 29/3

03Standard

8 faces / 7 grooves

13/3 路 14/2

04Custom

3 faces / 2 grooves

40/3 路 38.5/4

05Custom

6 faces / 5 grooves

18/3 路 17/4

06Custom

12 faces / 11 grooves

8/3 路 8/2

07Custom

16 faces / 15 grooves

5/3 路 6/2

Brochure test data

Three supplied patterns under one declared test build-up.

The source records a 15 mm panel, 50 mm acoustic infill at 32 kg/m鲁 and a 50 mm rear cavity. The reported NRC values are 0.66 for 13/3, 0.64 for 14/2 and 0.55 for 28/4.

Use these figures as supplied reference data only. Verify the current laboratory report, product code and mounting condition before publication or specification.

English technical plate showing grooved panel test conditions, three groove patterns, acoustic response curves and supplied coefficient table
Twelve visual studies of grooved wood acoustic panel substrate directions

Base material directions

Match the core to the project requirement.

The brochure presents multiple core directions. Availability, environmental grade, moisture resistance and fire classification must be confirmed for the selected product code.

  • Standard MDF
  • E1 MDF
  • B1 flame-retardant MDF
  • A2 mineral or MGO board
  • PVC panel
  • P2 pine-faced MDF
  • Moisture-resistant MDF
  • Solid pine board
  • Solid wood board
  • Cedar board
  • E0 plywood
  • Composite wood core

Wall and ceiling installation

Coordinate the panel, clip, profile, infill and substrate as one build-up.

The supplied methods cover wall fixing and suspended ceiling installation. Panel joints, profile centres, perimeter details, suspension lengths and substrate preparation remain project-specific.

English wall and suspended ceiling installation plate for continuous grooved wood acoustic panels

Supplied installation notes

  • Wall profiles are shown at approximately 600 mm centres with 32鈥?4 kg/m鲁 acoustic infill between profiles.
  • Panel-to-panel joints require a controlled 2鈥? mm allowance where multiple boards meet.
  • The ceiling reference describes 25鈥?00 mm acoustic infill and metal suspension hooks in project-selected lengths.
  • Open cartons at least 48 hours before installation so the product can acclimatise to the application environment.

Surface directions

Select the finish after the substrate and performance requirement.

The supplied brochure describes six finish families. The visual studies indicate colour direction only; approve the final surface against current physical samples.

  • Melamine
  • Natural veneer
  • HPL
  • Painted finish
  • Metal sheet
  • Engineered veneer
Eight colour-direction studies for continuous grooved wood acoustic panels

Application gallery

A routed acoustic surface for six demanding room types.

These high-resolution visual studies show the intended installed effect. They are design references, not completed JHS projects.

University lecture hall lined with flush grooved wood acoustic panels
01

University lecture hall

A continuous routed timber surface for speech-focused teaching spaces.

Executive boardroom with flush routed grooved wood acoustic wall panels
02

Executive boardroom

Fine linear grooves bring material warmth to focused meeting environments.

Hotel conference room with continuous grooved wood acoustic panel walls
03

Hotel conference room

A restrained wall treatment for presentation, hospitality and event settings.

Indoor sports arena with grooved wood acoustic panels above impact protection
04

Indoor sports arena

Large-format wall zones for hard-working recreation and multipurpose halls.

Performing arts auditorium with flush grooved wood acoustic panel surfaces
05

Performing arts auditorium

Coordinated panel fields for audience spaces, stages and side-wall elevations.

Recording studio control room with routed grooved wood acoustic panels
06

Recording studio

A precise finish layer for studios when integrated with the full acoustic design.

Frequently asked questions

Questions before selecting Grooved Wood Acoustic Panels.

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

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

Match groove rhythm, face finish, rear perforation and backing to the intended elevation and the approved acoustic assembly.

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 use depend on the selected substrate, fixing grid, access requirements and the exact tested mounting condition.

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.