Eglo Fembard 7 Light Black Metal Ceiling Pendant

Eglo Fembard 7 Light Black Metal Ceiling Pendant

The Eglo Fembard 7 Light Black Metal Ceiling Pendant is a masterclass in contemporary lighting, blending industrial-inspired charm with a bold, geometric silhouette. Expertly constructed from high-quality steel and finished in a sophisticated matt black, this pendant light features a unique profile defined by two offset arms. These arms are precisely bent at different angles, allowing the seven exposed bulb sockets to vary in both height and position. This structured yet asymmetrical arrangement creates a captivating visual focal point, making the fixture a standout piece of decor even when unlit.

When paired with decorative filament bulbs, the Fembard provides a wide-reaching and atmospheric glow, highlighting its minimalist framework and ensuring maximum light distribution across your space. The fixture is fully dimmable when used with compatible E27 bulbs and a dimmer switch, giving you total control over the mood of your room. With a substantial length of 100.5cm and an adjustable height of up to 110cm, it is designed to bring a touch of modern drama to larger interiors while maintaining a clean, architectural aesthetic.

Key Features

• Striking industrial geometric design with a unique asymmetrical arm profile.
• Durable steel construction with a versatile matt black finish.
• Features seven E27 lamp holders, perfect for showcasing decorative Edison-style bulbs.
• Fully dimmable functionality to create the ideal ambiance in any setting.
• Adjustable hanging height up to 110cm to suit various ceiling requirements.

Perfect For

This linear pendant is specifically designed for installation over long dining tables or kitchen islands, where its expansive form can be fully appreciated. Its clean lines and monochromatic finish make it an ideal match for Modern, Minimalist, or Industrial interior styles. It also makes a bold statement as a central feature in contemporary living rooms, hallways, or open-plan residential spaces.