Wall lamp SOLLUX SL.2514 NOX 2 ULTRAMARINE 2 x E14

The NOX 2 wall lamp in ultramarine is a modern wall light with two adjustable arms and conical shades. With its compact construction and distinctive colour, it adds character to the interior while allowing the light to be directed according to the specific need.

This wall lamp is suitable for a bedroom, where it can be used as functional lighting beside the bed, as well as for a living room, home office or study. The two arms can be adjusted independently, directed to the left or right and repositioned so that the shades illuminate two different areas or one shared spot. This also makes it a practical choice for a reading nook when the light needs to be directed to a particular position.

The geometric conical shades and slim metal arms form a clean composition that fits naturally into modern, Scandinavian and industrial interiors. The ultramarine finish becomes a distinctive visual accent without changing the model's minimalist character. The body is made of steel, while the matt finish complements its contemporary appearance.

NOX 2 has two replaceable light sources with E14 sockets. The maximum power is 10 W for each source, and the bulbs are not included in the set, allowing you to choose them separately according to your preferences. The switch on the base provides convenient on and off control in everyday use. The IP20 protection rating is intended for use in dry indoor spaces.

Mounting: Wall

Material: Steel

Colour: Ultramarine

Dimensions: Length: 1410mm, Height: 300mm, Distance to wall: 800mm, Diameter of the base: 140mm

Socket: E14

Number of light sources: 2

Maximum power: 2 x 10 W LED

Voltage: ~230 V

Frequency: 50 Hz

Protection rating: IP20

Protection class: I

Extra: Switch ON/OFF

Light sources: Not included in the set

Manufacturer: Sollux - Poland

The NOX 2 wall lamp is a practical choice when you are looking for modern wall lighting with adjustable arms and a distinctive ultramarine colour. Choose this model for an interior where functionality and geometric design should be equally noticeable.