Eliminate office flutter echo and define open-plan zones overhead. BuzziTent is a high-performance suspended acoustic ceiling structure that traps noise where it accumulates most. Combining organic warmth with professional-grade sound absorption, BuzziTent turns standard ceilings into dynamic visual feature surfaces while dramatically lowering speech noise.
Suspended directly above workstations, collaborative hubs, and high-traffic zones, BuzziTent traps mid-to-high frequency sound waves. Its unique tented geometry exposes both top and bottom surface areas to sound waves, maximizing noise absorption and mitigating the "cocktail party effect" in open spaces.
Whether suspended as a singular acoustic statement or linked in repeating sequences, BuzziTent visually anchors micro-zones below. Use it to guide foot traffic, frame meeting tables, or create a continuous acoustic canopy across large open floor plans.
Upgrade to BuzziTent Light for a dual acoustic and lighting solution. Adjust the distance between the integrated LED Line Glow and the PET felt shade to switch effortlessly between a warm ambient glow and focused task lighting.
Crafted from 60% recycled PET felt, BuzziTent converts post-consumer plastic into high-performance architectural acoustic design. Designed with circularity at its core, components can be effortlessly disassembled and recycled at the end of their lifecycle.
Utilise the optional black ridge and connector system to bridge multiple BuzziTent panels together with precise 30 cm spacing. Create unified ceiling installations that add depth, rhythm, and architectural elegance to high-ceiling interiors.
Suspended ceiling canopy tested under EN-ISO 354:2003 by Peutz Laboratory. Uses thermo-moulded PET to absorb sound from all angles, achieving up to 1.70 Sabins at 4 Kilohertz per element when hung 500 millimeters from the ceiling to reduce overhead reverberation.
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Envisioned by renowned Belgian designer Alain Gilles, BuzziTent blends French guinguette-inspired architectural warmth with high-performance acoustic innovation.
