Bell Portable Fluoro LED

In stock
SKU
BEPO01FLUN
Special Price £168.00 Regular Price £210.00
Pre-order now to secure our best seller, shipping from August 9th.

We’re known for our metallics and monochromes, so this season we wanted to have some fresh interior design colours as a contrast. Standing out from the lot and injecting a pop of colour is the new Bell portable light in fluoro. Bell's powder coated surface is high-gloss, which mirrors its surroundings, while a concealed diffuser produces its soft lighting. An exercise in reductionism, BELL is a dome suspended over a dome formed of plated pressed steel. A stunning, highly engineering portable light that acts as a real exclamation mark in any interior.

  • 9 hours of battery life.
  • Gloves provided to maintain fingerprint free appearance.
  • Suitable for indoor and outdoor use.
  • Energy-Efficient LED Lighting
More Information

An exercise in reductionism, Bell is a dome suspended over a dome formed of plated pressed steel. The lights are highly engineered, with no visible fixings and a minimalist design. Bell Portable has a rechargeable battery with approx 6-9 hours operating time. The concealed diffuser produces a soft ambient light with a 3-step touch dimmer. Indoor and IP44 rated.

Information
SKU BEPO01FLUN
Warranty 3 years
Family Bell
Cable Finish Black Braided
Product Label New
Width 7.6 cm
Height 28 cm
Box Depth 0.23
Box Width 0.23
Box Height 0.32
If you are unhappy with your purchase, under Distant Selling Regulations you can return the items to us within 14 days of receipt of your goods for a full refund (excluding postal charges). Items should be unused, returned in their original packaging and in a fully resalable condition. If the item is damaged please send an email to customerservices@tomdixon.net stating your order reference number and including photographs as evidence of the damage.

Bell is an exercise in reductionism, formed from pressed steel then plated in Brass, Copper, Chrome, Iridescent PVD Blue and Glossy Black. Bell’s reflective surface allows it to take on the characteristics of its surroundings.

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