Lampadario Nowodvorski Vetro nero vetro fumé Ø40 3xE27

Enhance your interior with the Nowodvorski VETRO pendant lamp, a refined ceiling light designed to bring modern elegance and warm ambience to living rooms, dining areas, and stylish bedrooms. This model pairs a bold black metal structure with a sophisticated smoked glass shade, creating a balanced look that suits contemporary, industrial, and minimalist décor. With a generous Ø40 cm silhouette and carefully finished details, it becomes a focal point above a table, kitchen island, or lounge seating area while keeping the design light and airy.

The lamp features 3 light points with popular E27 bulb sockets, giving you the flexibility to choose classic bulbs or LED E27 options to match your desired brightness and color temperature. Each socket supports up to 60W max (bulbs not included). The fixture is dimmable when used with compatible dimmable bulbs and an appropriate wall dimmer, allowing you to move from functional lighting to a softer, atmospheric glow. The suspension height is adjustable up to 100 cm (adjustment recommended by a qualified electrician), making it easy to fit both standard and higher ceilings.

• Brand / collection: Nowodvorski VETRO
• Type: pendant ceiling lamp / chandelier style
• Materials: smoked glass and lacquered steel
• Color: black with smoked (fumé) glass
• Light sources: 3x E27 (bulbs not included)
• Max power: 60W per bulb, 220–240V
• Dimensions: Ø40 cm (W: 40 cm, D: 40 cm)
• Height: adjustable, up to 100 cm
• Dimmable: yes (with compatible components)
• Protection rating: IP20 (indoor use)
• Warranty: 2 years
• Manufacturer code / EAN: 7641 / 5903139764193

Choose the Nowodvorski VETRO Ø40 if you want a distinctive yet versatile pendant lamp that elevates everyday spaces with smoked-glass character and three-point illumination. It’s an excellent solution for creating layered lighting: use decorative filament bulbs for a premium look, or efficient LED bulbs for energy-saving performance—while keeping full control of the atmosphere thanks to its dimmable capability.