Pendant Lamp in Metal and Borosilicate Glass, 5 LED Lights 70W 3000K, Glossy Gold and Matte Black Finish, Dimmable, H. 250 cm - Perenz

The Perenz suspension lamp represents a sophisticated and modern furnishing solution, ideal for lighting environments that require a touch of exclusive design. Featuring a structure in metal and powder-coated aluminum, this suspension combines resistance and aesthetics curated in the smallest details. The presence of transparent borosilicate glass diffusers gives the product a unique brilliance, reflecting light uniformly and pleasantly in the surrounding environment.

This fixture is designed with bi-emission technology, capable of creating a perfect balance between direct and indirect light. The chromatic combination of polished gold and matte black makes this lamp a versatile style element, capable of integrating perfectly into contemporary contexts or environments with a more eclectic spirit. Thanks to the 5 integrated LED light points, the product guarantees efficient lighting with a luminous flux of 5600 lumens, maintaining a warm color temperature of 3000K, ideal for creating welcoming and relaxing atmospheres.

Functionality is a strong point: the lamp is fully dimmable, allowing the user to adjust the light intensity according to specific needs or times of the day. The possibility of adjusting the height up to 250 cm ensures great installation flexibility, making the product suitable for both large dining tables and living areas with high ceilings. The care for the quality of materials, from the protective coating to the high-quality glass, makes this suspension a long-lasting investment over time.

Main technical features:

• Integrated LED technology with a total power of 70W (5x14W).
• Optimized light emission of 5600lm for excellent performance.
• Robust aluminum and metal structure with premium finishes.
• Transparent borosilicate glass diffusers for optimal beam diffusion.
• Adjustable height up to 250 cm for maximum spatial adaptability.
• Dimmable function for personalized management of light intensity.