Feiss Prospect Park 9 Light Chandelier - Nickel & Chrome

Feiss Prospect Park 9 Light Chandelier in Polished Nickel & Chrome

The Feiss Prospect Park 9 Light Chandelier is a masterclass in Art Deco sophistication, designed to make a grand statement in any interior. Crafted from high-quality steel, this substantial fixture features a striking duo-tone finish of polished chrome and brushed nickel, offering a modern twist on classic metalwork. The design is defined by its clean, architectural lines and sweeping arms that support nine elegant white cylindrical shades. When unlit, the chandelier serves as a sculptural focal point, its metallic surfaces catching the natural light of the room. Once illuminated, the nine E27 bulbs cast a soft, diffused glow through the shades, creating a warm and inviting atmosphere. This dimmable fixture allows for complete control over the ambiance, making it as functional as it is beautiful. With a diameter of 92cm, it provides ample illumination for larger spaces while maintaining a refined, timeless aesthetic.

Key Features

• Art Deco Elegance: A sophisticated blend of polished chrome and nickel finishes that complements both traditional and contemporary décors.
• Superior Illumination: Features nine lights encased in white shades to provide a bright yet diffused glow, perfect for large rooms.
• Versatile Adjustable Height: The drop can be adjusted between 99.7cm and 301.6cm, making it suitable for standard and high ceilings alike.
• Dimmable Functionality: Compatible with dimmable E27 bulbs and switches to allow for complete mood control.
• Durable Construction: Built from robust steel for quality and longevity in residential settings.

Perfect For

This chandelier is ideally suited for grand hallways, spacious living rooms, or positioned as a focal point above a large dining table. Its Art Deco influence makes it a perfect match for traditional period homes or contemporary interiors looking for a touch of 'glam'. Given its generous 92cm width and adjustable height, it is particularly effective in high-ceilinged properties where a significant drop is required to fill the vertical space effectively.