#703010701
DeMarkt 703010701 Modern ring-shaped LED pendant light in matt black with textured shade
Availability
Not available in the сentral warehouse
£ 59,47
incl. 20% VAT
-
1
+
Secure Payment
Availability
Not available in the сentral warehouse
Standard delivery: 4-6 business days
30 days free returns
Bulbs included
132 cm
3.1 kg
50 cm
35W
13.02 m²
Technical Details
Family
Customer Reviews
Light bulbs
Bulbs
35W
Color temperature, K
3000
Luminous Flux, lum
2800
Socket
LED
Bulbs included
Yes
Operating voltage
220 V
Dimensions
Diameter, cm
50 cm
Height, cm
132 cm
Pendant length, cm
120 cm
Colour and material
Colour of the fixture
Black
Fitting material
Metal
Shade colour
Black
Lamp shade
Acrylic, Aluminium
Additional
Illuminance area
13.02 m²
Protection
IP20
Weight (kg)
3.1
Dimmable
No
Manufacturing Method
The base is made of metal and painted black. LED light source of SMD-board type is covered with white textured acrylic.
Room Type
Bedroom, study, living room, studio, loft.
Interior Style
Lighting of interiors in styles: minimalism, loft, constructivism, eclecticism.
Product Specifications
Exclusive limited supply offer in 5 countries.
The original design of the bowl shade on adjustable cables. Suitable as the main lighting in rooms with standard ceiling height.
Popular matte metallic color is relevant for most styles of modern interiors.
The large diameter of the luminaire provides large area of illumination.
Closed by an acrylic diffuser the LEDs are directed downwards, creating a direct even light.
Built-in LED light sources have step dimming modes.
Related Products
The restrained design of the luminaire will look great in modern surroundings. The minimalistic metal base is presented in two color variations: matte black and matte gold. Each of the options is able in its own way to effectively fit into the interior: the black will add depth, and the gold refreshes and diversifies. The lampshade is also made of metal in the tone of the base, and reliable LEDs decorated with an insert made of textured acrylic serve as light sources.
