• Glamorous art deco design
  • A beautiful mix of brass and smoked glass
  • Diamond pattern that reflects light in an exciting way
  • Hang 3 lamps together in a line or cluster

Bulb base

E27

Dimmable?

Yes, can be dimmed by choosing a dimmable bulb

IP degree

IP20

Area

Indoor

Material

Glass

Orbiform oozes of exclusivity and glamor. The series combines brushed brass with a pentagon-shaped glass dome adorned with a beautiful diamond pattern that enhances the lustre of the glass and provides a unique light effect in the room. The beautiful glass gives associations to the period with crystal interior, which now again has become a popular decor element.

Orbiform pendant contributes to a stylish and glamorous atmosphere. Use it above the dining or coffee table or to light up a dark corner in the living room where the light pattern will be reflected beautifully on the wall. Decorative brass canopy completes the decorative look.

The glass in this lamp is mouth-blown and has been individually hand crafted. Due to this unique process, air bubbles may appear in the glass and the thickness of the glass can also vary. This gives the glass its character and vivid appearance.

Item Number

2010673047

EAN

5704924001536

TUN

2100571

Area

Indoor

Type

Pendant

Room

Dining room

Bulb base

E27

Designer

Kåre Bækgård

IP degree

IP20

Maximum bulb wattage (W)

40W

Class (Class 1, Class 2, Class 3)

Class 2 (Double isolated)

Dimmable?

Yes, can be dimmed by choosing a dimmable bulb

Voltage (V)

230

Material

Glass

Secondary material

Metal

Color

Grey

Color of the Glass

Smoked

Color of the cable

Black

Length of the cable (cm)

200.0

Surface material of the cable

Textile

Is the cable replaceable

No

Product net weight (kg)

1.7

Lightsource incl.

Not included

Height (cm)

21.5

Width (cm)

23.0

Lenght (cm)

23.0

Canopy Dimension (cm)

12

Shade Diameter (cm)

23.0

Length of the cable (cm)

200.0

Sales Box Height (cm)

30.0

Sales Box Width(cm)

27.0

Sales Box Depth (cm)

28.0

Sales Box Volume m³

0.0227