Classic Lighting 57388 AGP SC Chateau Imperial 8 Light Chandelier In Aged Pewter With Swarovski Spectra Crystal

Classic Lighting Chateau Imperial 57388 AGP SC 729587365967

Extra 10% Off At Checkout. Sale Ends Midnight.

Regular Price: $4,921.92

Special Price $2,950.20

Be the first to review this product

Only 1 left

Free Shipping!

In Stock.
This item estimated to ship by 07/01/2017 from PA.

Earn 2950 Decor Rewards Points Learn More
Classic Lighting 57388 AGP SC Chateau Imperial 8 Light Chandelier In Aged Pewter With Swarovski... Read More
  • Details
  • Additional Info
  • Video
  • Product Manual

    With the same metalwork as the first grouping, this collection is trimmed in the more traditional way with generous myriad of drapes and elongated chains of jewels and French Pendalogs making these truly "Imperial" looking.

    Design Information:

  • Product Style : Traditional
  • Crystal Color : Swarovski Spectra Crystal
  • Lamping:

  • Number of Bulbs : 8
  • Bulb Included : No
  • Light Source : Incandescent
  • Bulb Base : candelabra
  • Bulb Max Wattage : 60
  • Voltage : 120
  • Dimensions And Weight:

  • Length : 27 Inch
  • Height : 31 Inch
  • Width : 27 Inch
  • Length of Chain/Cable : 36 Inch
  • Weight : 37 lbs
  • Certifications:

  • UL
  • Additional Information:

  • Shipped Via : Truck
  • Country of Origin : Spain
MPN 57388 AGP SC
UPC / GTIN 729587365967
Manufacturer Classic Lighting
Collection Chateau Imperial
Finish Aged Pewter
Lighting Type Chandeliers
Light Source Incandescent
Bulb Base Candelabra
Bulb Included No
Number Of Bulbs 8
Bulb Max Wattage 60
Max Wattage 480
Certifications UL
Crystal Color Swarovski Spectra Crystal
Voltage 120
Style Traditional
Length 27.00
Width 27.00
Height 31.00
No Videos

Reviews

Write Your Own Review

You're reviewing: Classic Lighting 57388 AGP SC Chateau Imperial 8 Light Chandelier In Aged Pewter With Swarovski Spectra Crystal

  • Overall Rating

Customer Reviews

No reviews have been submitted for this product yet.

Product Questions

No questions yet. Be the first to ask the question!