Item shown in Image 4639BN

Hinkley Lighting 4639BN Brantley 12 Light Chandelier In Brushed Nickel With Etched Opal Glass

Hinkley Lighting Brantley 4639BN 00640665463927

Regular Price: $1,738.50

Special Price $1,159.00

Be the first to review this product

Free Shipping!

In Stock.
This item estimated to ship by 07/30/2017 from OH.

Earn 11159 Decor Rewards Points Learn More
Hinkley Lighting 4639BN Brantley 12 Light Chandelier In Brushed Nickel With Etched Opal Glass
  • Details
  • Additional Info
  • Video
  • Product Manual

    Brantleys transitional design features bold arms that sweep outward, creating a striking effect, while geometric castings and decorative twin arm construction add to its beauty.

    Design Information:

  • Product Style : Traditional
  • Material : Steel
  • Glass : Etched Opal
  • Lamping:

  • Number of Bulbs : 12
  • Bulb Included : No
  • Light Source : Incandescent
  • Bulb Base : Medium
  • Bulb Max Wattage : 60
  • Fixture Max Wattage : 720
  • Voltage : 120
  • Dimensions And Weight:

  • Height : 34 Inch
  • Width : 43 Inch
  • Wire : 144
  • Chain : 120 Inch
  • Canopy : 5 Inch Dia.
  • Shade Dimension : 6-9/16 Inch H x 4.75 Inch W Inch
  • Weight : 43 lbs
  • Certifications:

  • C-US
  • Additional Information:

  • Installation Type : Up
  • Install Location : Dry Location
  • Shipped Via : Truck
MPN 4639BN
UPC / GTIN 00640665463927
Manufacturer Hinkley Lighting
Collection Brantley
Finish Brushed Nickel
Lighting Type Chandeliers
Light Source Incandescent
Bulb Base Medium
Bulb Included No
Number Of Bulbs 12
Bulb Max Wattage 60
Max Wattage 720
Certifications C-US
Glass Etched Opal
Voltage 120
Installation Type Up
Install Location Dry Location
Style Traditional
Material Steel
Width 43.00
Height 34.00
No Videos

Reviews

Write Your Own Review

You're reviewing: Hinkley Lighting 4639BN Brantley 12 Light Chandelier In Brushed Nickel With Etched Opal Glass

  • 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!