8166 series LED floor lamp in burnished brass metal and transparent glass, 36W, 3000K warm light, elegant and modern design H. 170 cm - Perenz

Elevate the style of your interior spaces with the Perenz floor lamp, a furnishing accessory that expertly combines contemporary design and artisanal craftsmanship. This floor lamp stands out for its slender structure finished in fine burnished brass, which lends a sophisticated and timeless character to any living space, from the living room to a professional studio.

The lighting body features four elegant transparent blown glass panels that frame the structure, enhancing the play of light and shadow created by the integrated LED source. Inside, an acrylic diffuser ensures uniform and comfortable light distribution, preventing glare and ensuring optimal visual comfort for daily activities.

Equipped with powerful 36W LED technology capable of producing a luminous flux of 2880 lumens, this floor lamp ensures excellent light output, perfect for illuminating reading corners or conversation areas. The 3000°K color temperature emits a warm and welcoming light, ideal for creating relaxing and convivial atmospheres.

Stability is guaranteed by a solid circular base with a diameter of 28 cm, which perfectly balances the lamp's total height of 170 cm. Thanks to its refined profile and clean lines, this product fits harmoniously into minimalist, classic, or industrial chic decor, becoming a true luminous protagonist in the room.

The choice of high-quality materials, such as aluminum and metal combined with the transparency of blown glass, makes this model a lasting investment over time, both aesthetically and functionally. Maintenance is extremely simple, allowing the brilliance of the surfaces to be preserved with a few delicate gestures.

• Sophisticated design with burnished brass finish.
• Four transparent blown glass panels for a unique lighting effect.
• Integrated high-efficiency LED source.
• Internal acrylic diffuser for soft and diffused light.
• Robust and balanced structure for optimal stability.