Crompton GLS LED Light Bulb Dimmable B22 5W (40W Eqv) Warm White Filament Pearl

Crompton GLS LED Light Bulb Dimmable B22 5W (40W Eqv) Warm White Filament Pearl

• Cap type: BC-B22d
• Power Consumption: 5W
• Equivalent: 40W Traditional GLS
• Colour Output: Warm White

• Dimensions: Diameter=60mm Height=102mm

This fully dimmable 5W LED GLS bulb is part of a wider range that has been developed by Crompton Lamps as a means of replacing its outgoing antique filament range. These decorative bulbs, popular though they were, were deemed to be too inefficient by the European Union and subsequently banned in February 2016.

For those of you already lamenting the demise of these bulbs – never fear. Their enduring popularity led Crompton to develop this new range of LED equivalents. Each bulb in the range delivers form and function equally with the same gorgeous, retro styling no longer stymied by the restraints of outdated filament technology.The tungsten filaments found in these older bulbs have given way to four LED filaments, resulting in a gorgeous, traditional aesthetic that belies the bulb’s ultra-modern specification. These filaments, albeit similar in appearance, are much more efficient and robust than their traditional counterparts.Where a traditional bulb might use approximately 45W to produce 470 lumens, these modern LED bulbs use just 5W. This – coupled with the bulb’s vastly superior nominal lifetime of 15,000 hours – has the potential to reduce lighting bills by up to 90%.

The bulb’s standard GLS shape and B22 fitment enable it to retrofit directly to any existing fitting designed to accept similar Edison screw cap bulbs.What are Antique Filament Bulbs?Elegant yet industrial, intricate yet masculine, antique filament bulbs evoke the memory of Edison’s early design and recreate the aesthetic of the Victorian age. Hung from the ceiling in exposed clusters or used in singular, shaded fittings, these bulbs manage to be both simple and sophisticated with the raw beauty of the filament elevated to the fore of their design.