Kichler Brindley 6 Light Brass Pendant - Clear Glass Shades

Kichler Brindley 6 Light Brushed Brass Cluster Pendant with Clear Glass Shades

The Kichler Brindley 6 light cluster pendant offers a sophisticated modern treatment of a classic heritage design. Inspired by the nostalgic and familiar silhouette of vintage canning jars, this ceiling fixture features six clear glass shades that create a warm and inviting atmosphere. The robust steel frame is finished in a luxurious brushed brass, providing a soft golden lustre that perfectly complements the transparent glass elements. This pendant is highly adaptable to your interior layout; the individual light cables can be cinched together using the included ring for a neat, bundled cluster effect or allowed to hang freely for a more relaxed aesthetic. Because the bulbs are fully visible through the clear glass, this fixture is an ideal choice for decorative filament lamps to enhance its vintage charm. With an exceptional adjustable drop of up to 287cm, it provides a versatile lighting solution for homes with both standard and high ceilings.

Key Features

• Vintage-inspired design featuring six clear glass shades styled after traditional canning jars.
• Premium brushed brass finish on a durable steel frame for a contemporary yet timeless look.
• Highly adjustable height with a maximum drop of 287cm to suit any room size or ceiling height.
• Versatile cluster configuration that can be cinched for a compact look or left to hang independently.
• Dimmable functionality when used with compatible E27 Edison Screw bulbs and a suitable switch.

Perfect For

This striking cluster pendant is perfectly suited for modern, industrial, or transitional interior styles. It makes a magnificent focal point in the kitchen or dining room, particularly when positioned above a central island, breakfast bar, or dining table. Its heritage-inspired aesthetic and warm golden tones also make it a wonderful addition to living rooms or hallways, adding a touch of character and sophisticated illumination to the space.