Halloween Special Visual Comfort Dickinson Small Chandelier Pro Version [dBmXlkgT]

Halloween Special Visual Comfort Dickinson Small Chandelier Pro Version [dBmXlkgT]

Experience the elegance of the Halloween Special Visual Comfort Dickinson Small Chandelier Pro Version [dBmXlkgT], a stunning piece designed by the renowned Kate Spade New York. This exquisite chandelier combines the sophistication of clear glass with the warmth of cream pearls, creating a captivating visual statement. With its custom height availability, it can be tailored to fit any space, making it a versatile addition to your home decor.

• Designer: Kate Spade New York
• Shade: Clear Glass and Cream Pearls

Product Specifications

The Dickinson Small Chandelier is not just a visual delight; it's also a functional masterpiece. Equipped with an E12 Candelabra socket and 13 bulbs, it offers a warm and inviting ambiance. Each bulb is rated at 60W and uses the G16.5 bulb type, ensuring a long-lasting and energy-efficient lighting solution. The chandelier measures 17 inches in width, with a minimum custom height of 24 inches and a round canopy of 5.5 inches. Weighing 22 pounds, it is a sturdy and durable piece that will stand the test of time.

• Socket: E12 Candelabra
• Number of Bulbs: 13

Practical Uses and Benefits

The Halloween Special Visual Comfort Dickinson Small Chandelier Pro Version [dBmXlkgT] is perfect for adding a touch of luxury to any room. Whether you're looking to enhance the ambiance of your living room, dining area, or bedroom, this chandelier is sure to make a statement. Its ability to customize the height makes it ideal for spaces with varying ceiling heights. The combination of clear glass and cream pearls not only provides a stunning visual appeal but also casts a soft, warm glow that is perfect for creating a cozy atmosphere. This chandelier is a must-have for those who appreciate high-quality design and exceptional craftsmanship.

• Perfect for Living Rooms, Dining Areas, and Bedrooms
• Customizable Height for Versatile Installation