BuzziShade

Iconic felt acoustic pendant lamp engineered for dual sound absorption and lighting.

BuzziShade combines acoustic absorption with functional lighting in a single suspended pendant. Its large BuzziFelt shade helps capture sound above workstations, lounges, and shared spaces while adding a distinctive lighting element.

Integrated Lighting & Retrofit Versatility

Select from multiple LED modules or use your own fixture. Match lighting output precisely to your space needs. BuzziShade accommodates flexible luminaire options:

Overhead Speech & Echo Absorption

The oversized felt lampshade creates an internal sound-trapping cavity that captures mid-to-high frequency speech noise (500Hz to 4000Hz). Suspended over meeting tables or high-traffic cafeterias, it mitigates room echo and overhead chatter.

Iconic Laced Seam Detailing

BuzziShade’s signature design feature is its heavy-duty lace seaming. Customize your fixture by pairing your choice of BuzziFelt with contrasting or matching lace colours in Black or White.

Define Larger Spaces

BuzziShade XL and XXL provide increased acoustic coverage while helping visually define lounges, work areas, and other open spaces.

Choose Your Model

Ready to Specify BuzziShade for Your Space?

Select your scale, choose your BuzziSol or Retrofit light engine, and pick your frame, felt, and lace finishes. Contact our technical specification team for photometric files or a direct project quote.

Acoustic Performance

Acoustic pendant light tested under ISO 354:2003 by Peutz Laboratory. Combining 6 millimeter PET Felt with integrated lighting, its suspended three-dimensional form exposes multiple surfaces to absorb broadband sound—reaching 1.10 Sabins at 1 Kilohertz and up to 1.50 Sabins at 4 Kilohertz on Large models to reduce room reverberation.

  • Absorb

  • Block

  • Contain

  • Low Tones
  • Mid Tones
  • High Tones

Designed by Stal Collectief

Designed by Belgian design studio Stal Collectief, BuzziShade merges iconic lampshade silhouettes with sustainable felt acoustics and flexible illumination.

Additional Documents