Two mounting uses
Install as a wall sconce or as a low-profile ceiling flush mount for hallways, bedrooms, living areas, or small spaces.
Wall sconce / flush mount
A low-profile blown-glass disc light that works on the wall or ceiling, bringing soft diffusion and playful two-tone color to compact modern spaces.
Choose the diameter, glass color, rim, and external finish that fits your room.
Design highlights
The Kalo fixture pairs a rounded glass disc with a slim metal mount, keeping the silhouette compact while giving the color combinations room to stand out.
Install as a wall sconce or as a low-profile ceiling flush mount for hallways, bedrooms, living areas, or small spaces.
The blown-glass shade softens the light from the single GU24 bulb and reduces the visual harshness of exposed lighting.
Three glass-and-rim options combine with four external finishes, including black, red, green, and beige.
Its disc form keeps the profile tidy while still adding a distinct red, green, opaline, or beige accent.
Materials & finish
Handcrafted blown glass forms the rounded shade, while the metal body and colored external finish create the fixture’s clean two-tone edge.
Size & fit
Two diameters make the Kalo easy to place as a small accent sconce or a more visible ceiling disc.
Compact choice for smaller walls, bedside areas, corridors, or grouped installations.
Larger disc scale for stronger presence on ceilings or feature walls.
Designed for one 5W bulb. Bulb is not included; do not exceed the specified wattage.
Includes a 59" / 150 cm wire and weighs about 4.4 lbs / 2 kg.
Gallery
Use the slider to view the fixture as a ceiling mount and as a styled accent light.
Before you buy
Keep these practical details in mind when selecting your Kalo finish, size, and bulb.
Use one compatible GU24 5W bulb and do not exceed the specified wattage.
The fixture is designed for both sconce and low-profile flush mount applications.
Dust with a soft dry cloth. Avoid abrasives and household cleaners to protect the finish.
Small color differences and measurement variations can occur between batches and displays.