Pendant Khan plastic material / Ø 77 x H 61 cm – Polycarbonate 2.1 – Kartell

Product detail

Type : Pendant, Chandelier

Colour : Transparent

Material : Plastic material

Dimensions : Ø 77 x H 61 cm – Cable: 71-220 cm

Weight : 13.2 lb

Characteristics : Bulbs (not included): 8 x E14 5W max., 2500K, CRI 80, 20,000 hours, 8×400 lm – Dimmable – Ceiling rose included – Polycarbonate 2.0 coming from renewable raw materials from the paper and cellulose industry (ISCC certified) – IP20 – 220-240 V – Class G

Variation :  Transparent

Designer : Philippe Starck

Price :€720.00

Modular colours

The brilliant designer Philippe Starck revisits the traditional chandelier! Khan is a nod to the elegance of the palaces of the 18th Century, with a touch of novelty and an oh-so-design modernity. A creative exercise where styles are layered. This sleek version is made entirely from polycarbonate 2.0, a plastic material designed using renewable raw materials. Khan is composed of eight arms, each crowned with white opalescent cylindrical diffusers which resemble candles. Highly graphic, the Khan pendant light majestically uplifts a space. This original piece brings big personality and will surely make an impact. With its large dimensions and multiple arms, Khan offers a perfect balance between the extravagant luxe of traditional baroque chandeliers and the minimalist style, spiced with a touch of irony. Philippe Starck: “There’s no need to be a tsar to inherit an imperial chandelier. You can now buy it.”

In detail:

Variation : Transparent

Brand : Kartell

Designer : Philippe Starck

Type : Chandelier, Pendant

Colour : Transparent / Diffusers: Opalescent white

Material : Polycarbonate 2.0 made with renewable raw material

Dimensions : Ø 77 x H 61 cm – Cable: 71-220 cm

Weight : 13.2 lb

Characteristics : Bulbs (not included): 8 x E14 5W max., 2500K, CRI 80, 20,000 hours, 8×400 lm – Dimmable – Ceiling rose included – Polycarbonate 2.0 coming from renewable raw materials from the paper and cellulose industry (ISCC certified) – IP20 – 220-240 V – Class G