Eglo Lasana 2 LED Chrome Curved Ceiling Pendant - 100cm

Eglo Lasana 2 LED Chrome Curved Ceiling Pendant - 100cm

The Eglo Lasana 2 LED Chrome Curved Ceiling Pendant is a striking piece of contemporary lighting design, perfectly suited for modern British interiors. This linear 100cm pendant features three elegantly intersecting, wave-like profiles crafted from chrome-finished steel and aluminium. The integrated 35W LEDs are concealed beneath white plastic diffusers, emitting a soft and pleasant warm white light that provides efficient illumination without the glare. Its polished chrome finish offers a sophisticated shimmer, making the fixture a beautiful focal point whether it is switched on or off. Combining fluid forms with high-quality materials, this lightweight pendant is both an artistic statement and a practical lighting solution. Designed with a minimalist aesthetic, it eliminates the need for separate bulbs while maintaining a clean, streamlined look in any open-plan living space.

Key Features

• Integrated LED Technology: Features a built-in 35W LED system that provides energy-efficient warm white light without the need for bulb replacements.
• Adjustable Height: The maximum drop of 120cm is fully adjustable during installation, allowing for a bespoke fit over various furniture heights.
• Modern Chrome Finish: Constructed from durable steel and aluminium with a high-shine chrome finish and sleek white diffusers.
• Double Insulated: A Class 2 fitting that is safe for use in homes with or without an earth wire.
• 5-Year Guarantee: Includes a comprehensive manufacturer’s guarantee for long-term peace of mind.

Perfect For

The elongated design of the Lasana 2 makes it an ideal choice for placement over a long dining table or a central kitchen island to provide consistent task lighting. Its minimalist wavy silhouette and chrome finish complement contemporary and modern interior styles. It also serves as an eye-catching feature in living rooms, hallways, or bedrooms where a sophisticated, linear light source is required to define the atmosphere.