Julep 3 Light Vanity Light by Lark - 85003
3 Day Delivery or Get CA$50 Back
3 Day Delivery or Get CA$50 Back
The Julep vanity light boasts a modern, minimalist aesthetic with clean, smooth curves and a sleek globe shape. The etched opal glass globes provide a soft diffusion of light, creating a warm and inviting atmosphere. The matte black finish adds a sophisticated touch, making it suitable for contemporary powder rooms, primary bathrooms, or vanity areas. Its simple yet elegant design ensures it seamlessly integrates into various interior styles, from modern to transitional.
Designed for versatile use, this vanity light can be installed facing up or down, depending on your preference or space requirements. It uses E12 candelabra base bulbs, compatible with incandescent lighting, and is intended for hardwire installation. With a length of 7.25 inches, it fits comfortably over mirrors and vanities, providing ample illumination without overwhelming your space. Its durable construction guarantees long-lasting performance in high-moisture bathroom environments.
Free Delivery
Free Delivery
3 Day Delivery or Get CA$50 Back
The Julep vanity light boasts a modern, minimalist aesthetic with clean, smooth curves and a sleek globe shape. The etched opal glass globes provide a soft diffusion of light, creating a warm and inviting atmosphere. The matte black finish adds a sophisticated touch, making it suitable for contemporary powder rooms, primary bathrooms, or vanity areas. Its simple yet elegant design ensures it seamlessly integrates into various interior styles, from modern to transitional.
Designed for versatile use, this vanity light can be installed facing up or down, depending on your preference or space requirements. It uses E12 candelabra base bulbs, compatible with incandescent lighting, and is intended for hardwire installation. With a length of 7.25 inches, it fits comfortably over mirrors and vanities, providing ample illumination without overwhelming your space. Its durable construction guarantees long-lasting performance in high-moisture bathroom environments.