Travel Ready Prickly Pear Ceramic 6 Globe Pendant Light Velour [best Value] [SmOnxq2U]

Prickly Pear Ceramic 6 Globe Pendant Light Velvet

Experience the unique charm of the Prickly Pear Ceramic 6 Globe Pendant Light Velvet, a stunning piece crafted with passion and care in the South of France by the renowned Mickael Koska Studio. This exquisite pendant light is inspired by the resilient barbaric fig, a natural wonder that combats soil erosion and preserves the environment. With its voluptuous and sweet design, the Prickly Pear collection celebrates the beauty of this plant, capturing its essence in every detail.

Exquisite Craftsmanship and Design

The Prickly Pear Ceramic 6 Globe Pendant Light Velvet is a masterpiece of craftsmanship. The collection is primarily made from earth, reflecting the strength and resilience of the fig tree. Each globe features opalines, resembling the fleshy berries that radiate and highlight this natural feat. The cast ceramic structure and matte frosted glass globes are complemented by a luxurious velvet finish, creating a luxurious and inviting ambiance.

• High-quality ceramic structure
• Matte frosted glass globes
• Velvet finish for a luxurious touch

Functional and Stylish Lighting Solution

The Prickly Pear Ceramic 6 Globe Pendant Light Velvet is not just a visual delight; it is also a practical and stylish lighting solution. The light source features a G9 socket, compatible with max 6W bulbs (G9 LED Dyke & Dean Bulbs recommended, not included). The rear metal wall mounting plate ensures a fitting free finish, leaving a sleek and sophisticated look. With dimensions of 800mm tall, 250mm wide, and 3000mm cord length, this pendant light is perfect for adding a touch of elegance to any space.

• Light source: G9 socket max 6W
• Rear metal wall mounting plate
• Dimensions: 800mm Tall x 250mm Wide x 3000mm Cord Length

Made to order, please allow 4-6 weeks for delivery. Some images may include a watermark, which does not appear on the product itself, and colors and finishes may vary due to screen calibration.