Address
No.55-6, Denggang, Middle of Lishui Avenue, Lishui Town, Nanhai District, Foshan City, Guangdong Province, China.
Work Hours
Mon to Fri: 7:00AM - 18:00PM
Weekend: 10:00AM - 18:00PM
Grooved Wooden Acoustic Panel
- Width: 133 mm 197 mm
- Length: 2440 mm
- Thickness: 12 mm 15 mm 18 mm
Architectural wood acoustic panels with precision-milled grooves, designed to reduce reverberation and create a clean linear finish for wall and ceiling projects.
Eight standard groove patterns plus custom designs
Veneer, melamine, HPL, or PU painting finish
Wall and ceiling installation systems
Fire-resistant and moisture-resistant material options
ES Acoustic can support customized panel sizes, finishes, hole patterns, installation methods, and acoustic recommendations based on project requirements.
Product Description
Micro-Perforated Panel (MPP) Sound Absorbers: Precision Acoustic Solutions for Modern Environments
Specifications
| Product Name | Grooved wooden acoustic panels |
| Size | W 133mm / 197mm x L 2440mm x T 12mm / 15mm / 18mm |
| Model | 59-5 / 40-3 / 28-4 / 18-3 / 14-2 / 13-3 / 9-2 / 5-3, or customized |
| Base Material | Eco-friendly, fire-resistant, moisture-resistant, or A-grade non-inflammable formaldehyde-free wood-based board; other materials available on request |
| Finish | Veneer / Melamine / HPL / PU painting finish |
| Backside | Black non-inflammable felt / Soundtex sound absorption felt |
| Fire resistance | Class A / B1 options according to GB8624-2012, subject to the selected panel structure |
| Application | Interior wall and ceiling acoustic treatment |
| Customization | Size, groove pattern, finish, base material, backing, and installation structure |
How Grooved Wooden Acoustic Panels Work
Sound waves enter the precision-milled grooves on the panel surface and pass into the acoustic layer and cavity behind the panel. The sound-permeable felt and acoustic infill help reduce reflected sound energy, controlling reverberation and improving acoustic comfort.
Final performance depends on the groove pattern, open area, panel thickness, acoustic backing, cavity depth, infill material, and installation structure. These elements can be adjusted according to the room type and acoustic target.
Applications
Installation Support for Wall and Ceiling Systems
Grooved Wooden Acoustic Panels are typically installed over a keel system with acoustic infill and a rear cavity. Clips and side profiles help align the panels and create a continuous linear surface.
ES Acoustic can provide installation guidance based on the wall or ceiling structure, panel direction, room dimensions, acoustic target, and site conditions. Installation design should consider cavity depth, acoustic infill, joint treatment, edge details, and access requirements.
Color Chart
FAQs
It is a decorative wood panel with precision-milled linear grooves. The grooves, acoustic backing, and rear cavity help absorb reflected sound and reduce reverberation while providing a clean architectural wood finish.
Standard models include ES-59-5, ES-40-3, ES-28-4, ES-18-3, ES-14-2, ES-13-3, ES-9-2, and ES-5-3. Custom groove patterns can also be produced for project requirements.
Yes. Fire-resistant panel options are available. The applicable rating depends on the selected base material, finish, backing, and complete panel structure. Please include the required fire standard in your inquiry.
Please provide the project drawings, application area, estimated quantity, preferred groove pattern and finish, fire-rating requirement, delivery country, and required delivery date.
Yes. Panel size, thickness, groove pattern, base material, finish, acoustic felt, and installation structure can be customized. Veneer, melamine, HPL, and PU painting finishes are available.
Yes. Grooved Wooden Acoustic Panels can be installed on walls and ceilings using a suitable keel, clip, cavity, and acoustic infill system.
Performance depends on the groove pattern, open area, panel thickness, backing felt, cavity depth, acoustic infill, and installation structure. ES Acoustic can recommend a suitable configuration after reviewing the project information.