10S48563 Metal Pendant Lamp, Metallic Brown and Matte Gold Finish, 3x E27 Max 60W, Modern Design Adjustable Height - Perenz

Elevate the aesthetics of your rooms with the Perenz suspension lamp, a design masterpiece that combines contemporary style and high-quality materials. This pendant lighting is part of a refined collection characterized by a solid structure made of steel and metal, expertly crafted with a powder coating that ensures durability and an impeccable aesthetic.

The two-tone finish, in shades of metallic brown and matte gold, gives the product a unique character, making it ideal for those looking for a furnishing element capable of standing out. Thanks to its sophisticated design, this lamp fits perfectly in both modern domestic contexts and refined professional environments, such as studios or elegant living areas.

The lighting system involves the use of three bulbs with an E27 socket, supporting a maximum power of 60W each, thus allowing the light intensity to be modulated according to your needs and the type of atmosphere desired. The structure is completed by a sturdy steel support cable and a durable PVC power cable, ensuring superior structural stability.

Flexibility is one of the strengths of this model: the height is indeed adjustable, offering the possibility to adapt the lighting body to ceilings of different heights or specific spatial configurations. With a diameter of 80 cm, this suspension imposes itself in the space as a luminous protagonist.

Main technical features:

• Materials: Steel and powder-coated metal
• Socket type: 3 x E27 (bulbs not included)
• Power: Maximum 60W per single light point
• Protection rating: IP20
• Insulation class: Class I
• Power supply: 220-240V 50/60Hz
• Height: Adjustable for maximum personalization

This lamp is not just a light point, but a style statement that enriches the room with careful details and superior construction quality. Installation is simple and effective, designed for those who do not want to sacrifice either aesthetics or technical functionality.