Beige Dragonfly Inverted Tiffany Ceiling Light

Beige Dragonfly Inverted Tiffany Ceiling Light - Handcrafted Stained Glass

The Beige Dragonfly Inverted Tiffany Ceiling Light is a masterclass in heritage-inspired design. Featuring the iconic dragonfly motif—historically attributed to Clara O’Driscoll—this medium-sized pendant is handcrafted from high-quality stained glass. When unlit, the shade offers a sophisticated and neutral presence, with rich ivory and beige tones that harmonise effortlessly with traditional colour palettes. However, once the three E27 bulbs are illuminated, the glass undergoes a stunning transformation. The light brings the vibrant red glass jewels to life, casting a warm, inviting glow across the room while highlighting the intricate leadwork and fine textures of the glass shade.

Designed with an inverted bowl shape, this ceiling light diffuses illumination softly upwards and outwards, ensuring a comfortable environment free from harsh glare. The adjustable chain allows for installation between 40cm and 65cm, making it adaptable for various ceiling heights. Combining durability with the timeless elegance of the Interiors 1900 brand, this piece acts as a striking focal point in any home.

Key Features

• Handcrafted stained glass shade featuring the world-renowned dragonfly motif.
• Inverted bowl design provides soft, ambient light diffusion for a comfortable atmosphere.
• Adjustable installation height between 40cm and 65cm for ultimate versatility.
• Three-light fitting compatible with dimmable bulbs to help you set the perfect mood.
• Quality construction from the prestigious Interiors 1900 brand with a two-year guarantee.

Perfect For

This inverted Tiffany pendant is ideally suited for traditional British interiors, particularly Victorian or Edwardian style homes. Its warm ivory and red colourway makes it an excellent choice for a living room, dining room, or hallway. Because it is dimmable and height-adjustable, it also works beautifully in bedrooms where a softer, more intimate lighting effect is desired.