Sullivan Semi-Flush Tiffany Stained Glass Ceiling Light

Sullivan Semi-Flush Tiffany Stained Glass Ceiling Light

The Sullivan Semi-Flush Tiffany Stained Glass Ceiling Light is a sophisticated example of heritage-inspired craftsmanship from the Sullivan collection by Interiors 1900. This fixture features a meticulously hand-assembled shade made from genuine stained glass, showcasing an intricate floral and natural motif. The palette is a rich tapestry of deep blue, soft pink, and warm copper tones, held together with traditional leading that provides a beautiful, textured finish.

When unlit, the fixture serves as a refined piece of decorative art, with the glass displaying muted, solid tones that complement a variety of interior decors. However, the Sullivan truly comes to life when illuminated. Light passes through the varied glass segments to create a warm, atmospheric glow, causing the vibrant pink and blue petals to radiate and fill your space with a colourful, inviting light. Its semi-flush mounting makes it an exceptionally practical choice for British homes, offering the grandeur of Tiffany lighting while accommodating lower ceiling heights.

Key Features

• Handcrafted Tiffany shade made from genuine stained glass for a unique, high-quality finish.
• Vibrant floral pattern featuring a striking palette of blue, pink, and copper tones.
• Three-light configuration provides ample illumination, compatible with dimmable bulbs for adjustable ambience.
• Earthed Class 1 fitting with a durable, timeless design suitable for traditional UK homes.
• Sturdy construction with a product weight of 3.1kg, reflecting the quality of the glass and fixings.

Perfect For

Given its semi-flush design and 30cm height, this ceiling light is an excellent choice for living rooms, hallways, or bedrooms where ceiling height may be limited but a decorative focal point is desired. Its natural, floral style perfectly suits traditional, Art Nouveau, or period-style interiors, adding a touch of classic elegance and a burst of colour to neutral spaces.