BT1091 ConfettiSmall Pendant Lights, Set of 2
Matt Black
The BT1091 CONFETTI pendant lights were designed by Claus Bonderup and Torsten Thorup. The versatile Danish architects designed this double pendant lamp as part of their series of geometric ceiling lights, which they completed in 1970. The BT1091 CONFETTI pendant lights have slender, conical shades that form a bridge between the functionalist shapes of the two larger ceiling lights in the series. The lamps are equipped with semi-mirrored bulbs, which Bonderup and Thorup selected because they produce interesting light reflections.
- Material
- Steel
- Surface finish
- Powder-coated Matt
- Country of origin
- Made in Denmark
- Designer
- Claus Bonderup and Torsten Thorup
- Suspension height
- max. 300 cm
- Diameter
- 15 cm
- Height
- 14 cm
- Weight
- 400 g
- Packaging size
- Package 1: 34 x 26 x 18 cm; 1,2 kg
- Light source included
- No
- Light source / bulb type
- 2 x E27, max. 15 W
- Manufacturer and manufacturer's code
- Carl Hansen & Søn, BT1091_RAL conf bl - 5713018619625
- Product number
- DEQ24CAR87935-220232
Fee & Delivery information
EUR 5.99 order fee, no matter how many items are in your basket. For heavy & big items, surcharges apply which will be calculated in your cart. Your package will be delivered straight to your door on business days – hassle-free and on time.
Free Returns
Enjoy easy returns within 30 days of delivery. Returns are easy with convenient drop-off at your nearest parcel shop, making the process smooth and effortless.
The BT1091 CONFETTI pendant lights were designed by Claus Bonderup and Torsten Thorup. The versatile Danish architects designed this double pendant lamp as part of their series of geometric ceiling lights, which they completed in 1970. The BT1091 CONFETTI pendant lights have slender, conical shades that form a bridge between the functionalist shapes of the two larger ceiling lights in the series. The lamps are equipped with semi-mirrored bulbs, which Bonderup and Thorup selected because they produce interesting light reflections.