Micropeforated Wood Panels for Data Centers

Timberix™ micro perforated wood panels absorb sound efficiently, minimizing reverberation in high-noise data center environments. Engineered to meet strict fire safety and sustainability requirements, these acoustic panels help optimize acoustics while maintaining a sleek, natural wood finish. Their perforations enhance sound control without disrupting airflow, ensuring a balanced and efficient space.

A wooden cutting board with a few green leaves and sprigs arranged on top, alongside another board and fern leaves at the top of the image. The background is light and uncluttered, evoking the clean look of micro perforated wood panels.

Products

Microperforated E 2/2/0.5

Timberix™ E 2/2/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

A large green leaf partially tucked under the corner of a light-colored woven mat, both placed on a plain white background, evokes the clean lines and natural textures of timber acoustic panels.

Microperforated E 3/3/0.5

Timberix™ E 3/3/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

Microperforated E 8/8/0.5

Timberix™ E 8/8/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

Close-up of micro perforated wood panels with finely drilled holes, arranged on a light surface and accented with a few green leaves. The panels display varied wood tones and distinct grain patterns.

Microperforated V 1.8/1.8/0.5

Timberix™ V 1.8/1.8/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

A wooden cutting board with a few green leaves and sprigs arranged on top, alongside another board and fern leaves at the top of the image. The background is light and uncluttered, evoking the clean look of micro perforated wood panels.

Microperforated V 3.6/1.8/0.5

Timberix™ V 3.6/1.8/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

Microperforated V 4/4/0.5

Timberix™ V 4/4/0.5 Microperforated panels trap sound with a 2-layer perforation and reduce reverberation using an acoustic substrate.

Acoustic Performance & Sustainability

Sound Absorption Coefficient

Timberix™ is tested to ISO 354 Standards, which is the measurement of sound absorption in a reverberation room. The difference in the reverberation times is a measure of the amount of absorption in the room.

Eco-friendly

We prioritize sustainability and eco-friendliness in our design and manufacturing processes. Made from eco-friendly recyclable materials, these products reduce environmental impact by minimizing waste and promoting long-lasting performance. 

Projects

Our projects encompass a broad spectrum, spanning from new building constructions to renovations. These projects involve various spaces, such as offices, auditoriums, concert halls, cinemas, libraries, hotels, and public areas.
Microperforated Systems
Data Centers

Frequently Asked Questions

The Data Center Microperforated System consists of finely engineered wood acoustic panels with tiny micro-perforations that help absorb and reduce noise from servers, HVAC systems, and equipment, creating a quieter working environment and improving overall acoustic comfort in high-noise technical spaces.

Micro-perforated panels use hundreds of thousands of tiny holes (around 0.5 mm diameter) that allow sound waves to penetrate the surface and get absorbed by underlying acoustic substrates — this design provides balanced sound absorption across a wide frequency range while keeping the panel surface visually smooth.

Yes — the micro-perforated design allows air to flow through the panel surface without obstruction, helping preserve cooling efficiency and ventilation performance while simultaneously improving acoustic conditions in a data center.

These panels are typically made with eco-friendly, recyclable wood composites and are engineered to meet strict fire safety and environmental requirements, ensuring they are safe for use in commercial and technical facilities such as data centers.

Absolutely — micro-perforated panels provide a natural wood finish that enhances the visual appeal of data center interiors while delivering effective noise control, giving designers the flexibility to combine both performance and aesthetics in acoustic treatments.

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