Keter Lighting Blom 1646 ceiling light, 5×E27, black and gold, smoked glass, 65 cm

Keter Lighting Blom 1646 is a five-light ceiling fixture with a black and gold metal frame and rounded smoked-glass shades. Curving arms loop around the central body before reaching the five glass globes. Gold-coloured details at the ceiling canopy and shade fittings contrast with the black lines of the frame.

A broad arrangement close to the ceiling

The fixture measures 65 cm in length, 65 cm in width and 25 cm in height. Check the space occupied by the arms as well as the clearance beneath the lamp, particularly near tall furniture or opening doors. A short central stem connects the frame to its canopy, keeping the decorative arrangement near the ceiling rather than suspending it from a long cable.

Blom can provide general lighting in a living room, bedroom, dining room or kitchen, or in a sufficiently wide entrance hall or corridor. Above a table, its broad group of shades creates a different composition from a single low-hanging shade. Compare the fixture's footprint and height with the available space before choosing its position.

Choose five bulbs separately

The five E27 sockets are supplied without light sources, so five separately purchased bulbs are needed. The selected bulbs determine the light colour and luminous flux; socket count alone does not establish how bright the room will be. Choose sources for your actual lighting requirements rather than assuming the bulbs shown in the photograph come in the box.

The bulbs remain visible through the smoked glass, making their envelope shape part of the finished appearance. This version is not a fixture with an integrated LED module and one fixed light colour.

Black curves with gold accents

The looping arms and rounded glass support a modern interior, while the reflective gold details also suit a glamour scheme. This is a decorative branching form rather than a plain flat ceiling fitting. The manufacturer specifies indoor use, which should guide the choice of installation location.