Copper Wide Pendant Light by Tom Dixon Instantly recognized for its highly reflective surface with a warm metallic glow, the Copper collection by Tom Dixon was achieved through the technologically advanced process of vacuum metallization. Intended to create a more appealing luminosity and an extravagantly proportioned spotlight, Copper is an over-sized, blow molded and perfectly reflective globe that kick-started the recent craze for copper in interiors the world over. Dimensions: 8.7" H; 19.7" W UL Listed Product Weight: 5.20 lb Surface Mount Shape/Diameter: Dome, 4.5 in Power Method: Mains Cable Spec: SVT, 2x18AWG, 300 V, 105°C Cable Type/Length: Clear, 98.4 in Light Source: 6W LED Max Wattage: 9W Lumens: 800 CRI: >90 Color Temperature 3000K Dimmability: Mains Dimmable, Leading & Trailing Edge Voltage: 100-120V Environment: Indoor Care: Clean with a soft dry cloth only. Do not use polishing agents, water or abrasive materials when cleaning. Always switch off the electricity supply before cleaning. Tear Sheet (please note: bulb is now LED and included) Available in black or copper finish in wide or round versions. Two sizes of round pendants are available. More from the Tom Dixon Copper Collection is available here. More from the Tom Dixon Lighting Collection is available here.More from the Tom Dixon Collection is available here. About the Designer and Company:Tom Dixon is a restless innovator who works mainly in lighting, accessories and furniture. Dixon he has constantly reinvented himself through a series of different design lives. In 2002, Dixon left corporate life to create his own eponymous brand as a platform for a series of new adventures in the design of products and interiors. Tom Dixon is now a widely celebrated global force in interior design with hubs in New York, Hong Kong, London, Los Angeles and Tokyo. The brand's 600 products range from lighting to furniture, from tableware through to fragrance and are distributed in over 65 countries; they are instantly recognizable for their sculptural qualities and engineered materiality.