Ljuds™ Honeycomb features an interlocking hexagonal design that elevates sound absorption and minimizes reverberation. Made from recyclable wood fibres and a cement matrix, its porous structure efficiently captures sound waves while regulating moisture. With high NRC ratings and fire resistance, Honeycomb shaped panels provide a durable and visually dynamic acoustic solution for offices, residences, and commercial spaces.
Ljuds™ wood wool acoustic panels undergo ISO 354 testing to measure sound absorption across frequencies. The results show high efficiency, especially in the mid-to-high range, ensuring effective reverberation control.
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.
Ljuds™ Honeycomb acoustic panels feature an interlocking hexagonal design that enhances sound absorption and reduces reverberation. The porous wood wool structure efficiently captures sound waves and improves acoustic comfort in interior spaces such as offices, residences and commercial areas.
Honeycomb panels are made from recyclable wood fibres and a cement matrix. This eco-friendly composition not only delivers strong acoustic performance but also supports sustainable design practices with low environmental impact.
Ljuds™ Honeycomb panels undergo ISO 354 acoustic testing and deliver high sound absorption across mid-to-high frequencies, helping to minimize echo and lower reverberation in treated spaces.
Yes. The wood wool and cement construction helps regulate moisture in indoor environments, and the panels achieve fire-resistance ratings suitable for commercial and residential construction.
Honeycomb panels are versatile and suitable for acoustic wall installations, ceilings or decorative acoustic surfaces in offices, auditoriums, hospitality spaces, restaurants, classrooms and public interiors where reverberation control and design aesthetics are both important.
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