Louis Poulsen NJP Wall Lamp
The Louis Poulsen NJP Wall Lamp’s flexible head and arms provide exceptional adjustability, which is often lacking in standard wall lights. This makes the light highly suitable for the bedroom, where adjustable beds are becoming increasingly common, and where it can be difficult to find the ideal position for a fixed wall light. It features an LED light source and is designed with the source positioned high up as to avoid dazzling and unpleasant lighting. One refined yet practical detail is its chimney-shaped head reflecting some of the light through the rear and therefore illuminating the top of the arm – while allowing the heat from the light source to escape.
The Louis Poulsen NJP Wall Lamp’s flexible head and arms provide exceptional adjustability, which is often lacking in standard wall lights. This makes the light highly suitable for the bedroom, where adjustable beds are becoming increasingly common, and where it can be difficult to find the ideal position for a fixed wall light. It features an LED light source and is designed with the source positioned high up as to avoid dazzling and unpleasant lighting. One refined yet practical detail is its chimney-shaped head reflecting some of the light through the rear and therefore illuminating the top of the arm – while allowing the heat from the light source to escape.
Original: $523.56
-65%$523.56
$183.25Description
The Louis Poulsen NJP Wall Lamp’s flexible head and arms provide exceptional adjustability, which is often lacking in standard wall lights. This makes the light highly suitable for the bedroom, where adjustable beds are becoming increasingly common, and where it can be difficult to find the ideal position for a fixed wall light. It features an LED light source and is designed with the source positioned high up as to avoid dazzling and unpleasant lighting. One refined yet practical detail is its chimney-shaped head reflecting some of the light through the rear and therefore illuminating the top of the arm – while allowing the heat from the light source to escape.
