Blade Timber Panel

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Ecoustic Blade is an acoustic modular wall and ceiling panel combining sound absorption with the sophistication of PEFC-certified solid timber.

Versatile: Ecoustic® Blade Panels are available in four profile options and can be installed in horizontal or vertical orientation on walls and ceilings. The profiles 3018-7 Panels align with 3018-14 Ceiling Tiles and 3060-4 Panels align with 3060-8 Ceiling Tiles providing potential horizontal to vertical blade alignment in ceiling to wall installations.

Designed for use on walls and ceilings, Ecoustic® Blade is ideal for new and existing fitouts to maximise sound absorption in ceiling applications. The unique system features a black acoustic scrim backing to enhance sound absorption, which is ideal for architectural installations where reverberation control is critical to the comfort and amenity of the room.

Ecoustic® Blade is designed for modularity and is pre-finished allowing for simple and efficient installation and ease of ongoing maintenance. The design results in a linear timber finish with minimal onsite labour for installation.

Manufacturer: Instyle

Panel: 305 x 2700mm

Low VOC
Made from PEFC-certified solid timber sourced from sustainably-managed forests, this gives Ecoustic® Blade an environmental advantage over veneered MDF alternatives that may contain formaldehyde or other harmful VOCs
Ecoustic® Infill is made from <60% recycled content from post-consumer PET packaging such as empty drink bottles
Ecoustic® Infill is Greentag Level A certified

NRC 0.4 – 0.8 / alpha w 0.4 - 0.85, please refer to results of each profile

For increased broadband sound absorption including critical human speech range frequencies, Ecoustic® Blade Panels can be installed with an Ecoustic® Infill. Specifically engineered to deliver outstanding sound absorption in ceiling applications compared to standard linear systems, Ecoustic® Infill is a thin and compact material that achieves high levels of sound absorption in low and high speech range frequencies, eliminating the need for bulky acoustic insulation.