Eglo EU FUEVA?5 Surface?Mounted LED Ceiling Light – White Steel, Round, Neutral White, Indoor Lighting is a ceiling light identified by product code 99227. The EGLO FUEVA?5 surface?mounted LED light is a modern, ultra?slim indoor lighting solution designed to provide bright, evenly distributed illumination with a clean, minimalist aesthetic. Finished in white steel and fitted with a white plastic diffuser, it blends seamlessly into a wide range of contemporary interior settings. With a diameter of 285?mm and an exceptionally slim height of just 28?mm, the FUEVA?5 is ideal for spaces where a low?profile ceiling light is required, including kitchens, hallways, offices, utility rooms, and workspaces. The flat diffuser ensures uniform, glare?free light output, providing comfortable and functional everyday illumination. This variant incorporates an integrated LED light source delivering 2500 lumens of neutral white light (4000?K). The cooler colour temperature makes it particularly suitable for areas requiring clear, task?oriented lighting. Designed for indoor surface mounting, the FUEVA?5 combines strong performance with discreet, contemporary styling.

It is intended for overhead illumination in a suitable interior setting. For the best match, review the product details and use the SKU 99227 when comparing specifications or replacing an existing item. This detailed listing helps you identify the correct ceiling light for your lighting project.

Available from Stock from First Light Direct, Eglo EU FUEVA?5 Surface?Mounted LED Ceiling Light – White Steel, Round, Neutral White, Indoor Lighting (99227) is offered as part of a wide UK lighting range at Best Prices. First Light Direct brings over 40 years of lighting experience, trusted-brand choice, monthly deals and straightforward delivery options to customers choosing the right lighting product for homes, hospitality spaces and commercial projects. Order using product reference 99227 and check the product page for the latest price, stock position and delivery information.