8378 Series LED Ceiling Light in Burnished Brass Metal, 2x8W 3000K, Modern Design with Satin Blown Glass Diffusers, IP40 - Perenz

Elevate the aesthetics of your interior environments with the Perenz LED ceiling light, a furnishing accessory that skillfully combines luminous functionality and contemporary design. This lamp, belonging to the prestigious 8378 collection, stands out for its robust structure made of metal and powder-coated aluminum, offered in a refined burnished brass finish capable of giving a touch of sophisticated elegance to any residential or professional context.

The design is characterized by the presence of two spherical diffusers made of satin white blown glass, specifically designed to ensure uniform, warm light distribution free from annoying glare. With a color temperature of 3000K, this lighting solution creates a welcoming atmosphere ideal for living rooms, hallways, or living areas where visual comfort is a top priority.

The integrated LED technology with a total of 16W offers excellent luminous efficiency, with 1633 lumens of actual emission, while guaranteeing significant energy savings compared to traditional light sources. The color rendering index (CRI) of 90 ensures superior color fidelity, allowing the colors of the surrounding furnishings to be enhanced naturally. The IP40 protection certifies the product's suitability for use in protected indoor environments.

Designed to last over time, the ceiling light boasts a useful life of the LED module of approximately 35,000 hours, drastically reducing maintenance needs. The compact structure makes it versatile and suitable even for low ceilings, without ever sacrificing visual impact. Installation is simple and intuitive, compliant with Class I electrical insulation, guaranteeing high safety standards in daily operation.

• Modern design with burnished brass finish.
• Blown glass diffusers for a warm and diffused light.
• High color rendering LED technology (CRI 90).
• Sturdy and durable metal structure.
• Long operational life and reduced energy consumption.