Perforated Wood Panels for Data Centers

Timberix™ perforated wood acoustic panels provide superior sound absorption for data centers, reducing server noise while maintaining airflow efficiency. Crafted from sustainable materials and designed for fire safety, these panels offer an ideal combination of function and aesthetics. Their perforated design ensures effective noise control while complementing modern data center environments.

Products

Perforated E 16/16/6

Timberix™ Perforated E 16/16/6 panels feature a 16mm hole spacing, 6mm diameter, and linear design. Crafted with eco-friendly and durable materials.

Perforated E 16/16/8

Timberix™ Perforated E 16/16/8 panels feature a 16mm hole spacing, 8mm diameter, and linear design. Crafted with eco-friendly and durable materials.

Perforated E 16/16/10

Timberix™ Perforated E 16/16/10 panels feature a 16mm hole spacing, 10mm diameter, and linear design. Crafted with eco-friendly and durable materials.

Perforated E 32/32/6

Timberix™ Perforated E 32/32/6 panels feature a 32mm hole spacing, 6mm diameter, and linear design. Crafted with eco-friendly and durable materials.

Perforated E 32/32/8

Timberix™ Perforated E 32/32/8 panels feature a 32mm hole spacing, 8mm diameter, and linear design. Crafted with eco-friendly and durable materials.

Perforated V 16/16/6

Timberix™ Perforated V 16/16/6 panels feature a 16mm hole spacing, 6mm diameter, and staggered design. Crafted with eco-friendly and durable materials.

Perforated V 16/16/8

Timberix™ Perforated V 16/16/8 panels feature a 16mm hole spacing, 8mm diameter, and staggered design. Crafted with eco-friendly and durable materials.

Perforated V 32/32/6

Timberix™ Perforated V 32/32/6 panels feature a 32mm hole spacing, 6mm diameter, and staggered design. Crafted with eco-friendly and durable materials.

Perforated V 32/32/8

Timberix™ Perforated V 32/32/8 panels feature a 32mm hole spacing, 8mm diameter, and staggered design. Crafted with eco-friendly and durable materials.

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.
Perforated Systems
Data Centers

Frequently Asked Questions

A perforated wood acoustic system features wood panels with evenly spaced holes that allow sound to enter the surface and be absorbed by backing materials, effectively reducing noise from servers, HVAC units, and other equipment while maintaining airflow efficiency in data center environments.

Perforated panels come in both linear and staggered designs with varying hole diameters (e.g., 6 mm, 8 mm, 10 mm) and spacings (16 mm, 32 mm), allowing designers to tune sound control — smaller holes and spaced patterns can help attenuate certain frequencies while larger holes may target others.

Yes — the structure of perforated wood panels facilitates airflow, which is crucial in data center applications to support cooling and ventilation systems, all while offering significant acoustic benefits without disrupting environmental control systems.

These perforated panels are crafted from eco-friendly, recyclable materials and are designed to meet both acoustic performance and environmental criteria, minimizing waste and supporting sustainable interior applications.

Absolutely — while optimized for data centers, the panels’ sound-absorbing and aesthetic qualities can also enhance acoustics in offices, auditoriums, libraries, cinemas, and public areas, where controlling reverberation and improving sound clarity are important.

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