Grand Transitional Polished Copper Chandelier with Fluted Luster Glass and Honey Crystals
Made to order — estimated time to ship up to 30 days
Specifications
- SKU
- CH000539
- Product Name
- Victoria-COP0-UlineLuster-CH8+4
- Suitable For
- Lobby, Dining Room, Living
- Finish
- Copper Polished
- Style
- Transitional
- Holder Type
- E14 (Screw Type)
- Material
- Glass, Mild Steel
- Brand
- Fos Lighting
- Instructions
- Always use qualified electrician/professional help for installation.
- Assembly Required
- Yes
- Net quantity
- 1 Piece
- Number of Holders
- 12
- Bulb Included
- No
- Adjustable
- No
- Maximum Suggested Wattage
- 40
- Dimensions (in cm)
- 90.17 Width x 104.14 Height x 90.17 Depth
- Chain or Cord
- 25.4 cm
Description
Elevate your space with the stately elegance of this grand transitional chandelier. This impressive 2-tiered fixture features gracefully scrolling arms crafted from mild steel and aluminum, all finished in a radiant polished copper. Each light is adorned with a fluted/corrugated textured luster glass shade that diffuses light beautifully, complemented by sparkling honey-colored crystal drops that add a touch of luxury. Designed to make a statement, this chandelier is perfect for large living rooms, grand dining areas, or spacious entryways. It includes an additional 10 inches of chain for flexible hanging.
Care
Clean only with a soft, dry cloth. Avoid the use of water, chemical or abrasive cleaners. Clean only with a soft, dry cloth. Avoid the use of water, chemical or abrasive cleaners.
Shipping & Origin
- Name
- Fos Designs & Services Pvt. Ltd.
- Address
- 1293, Vakil Pura, Gali Guliyan, Delhi, 110006
- Country Of Origin
- India
Disclaimer
All products are handcrafted and hand-finished, meaning each item is unique. As a result, the actual finish, photos, and colors may vary slightly, and slight imperfections can occur. All products are handcrafted and hand-finished, meaning each item is unique. As a result, the actual finish, photos, and colors may vary slightly, and slight imperfections can occur.

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