Designed and handcrafted in Sydney, the Crackle Glass Bubble Chandelier captures the essence of blowing bubbles. The Crackle spheres emulate the act of catching bubbles mid-flight. These spheres are arranged in an asymmetric cluster, with the crackle glass appearing to float effortlessly from the frame. Upon illumination, the dappled light creates a stunning visual effect on the ceiling, bringing the beauty of the natural world indoors. This chandelier features two independent lighting channels, offering both ambient lighting and direct illumination for the table below. This dual functionality mirrors the original concept of the crackle glass range, providing both aesthetic appeal and practical use. This chandelier is ideal for use above dining tables as an art piece installation.
When illuminated, light refracts through the crackle glass.
The spheres are arranged in an asymmetric cluster, emulating bubbles.
Designed and handcrafted in Sydney, Australia.
Ideal for use above dining tables as an art piece installation.
Please note: variations are a natural occurrence in hand-blown glass. This fitting requires a remote driver for installation. Explore the metal options in detail with the Finish Guide.
Specifications:
Overall Width
1780mm
Overall Depth
500mm
Overall Height
250mm
Large Sphere Diameter
4 x 250mm
Medium Sphere Diameter
7 x 150mm
Small Sphere Diameter
4 x 60mm
Suspension
1800mm Max
Weight
35kg
Light Source
22 x Low Voltage LED
Kelvin
2700k | Standard
3000k | Available On Request
Wattage
50W Indirect (Each 2.1W)
Voltage
3V DC | Remote Driver Not Included
Driver
x2 Remote Driver DALI Required: Channel 1 to Control the Downlights
Channel 2 to Control the Uplights
Contact us to discuss
CRI
90+
Material
Handblown Crackle Glass, Aluminium, Nylon & Steel
Glass Finish
Crackle Glass Clear
Metal Finish
Bronze PVD
Made In
Sydney
Designed By
ADesignStudio
IP Rating
IP20
Application
Interior
Note
Each piece is individually hand blown. Variations in colour, texture & crackle pattern are a natural characteristic of the process & contribute to its unique character.