Processing

Meyda Stained Glass Pond Lily 1-Light Mahogany Bronze Tiffany Wall Sconce

MY251865
by Meyda  from  Stained Glass Pond Lily
$223.85
$319.79 30% Off
FREE Shipping Ships within 2 to 4 Weeks
BRAND INFO
  • Item #: MY251865
  • SKU: 251865
  • Brand: Meyda
  • Collection: Stained Glass Pond Lily
  • Warranty: View warranty info
  • Made In:
DIMENSIONS & WEIGHT
  • Dimensions:
  • Weight: lbs
SPECIFICATIONS
Sconce Type: Wall Sconces
Light Style: American Traditional, Glass, Tiffany, Traditional
Light Usage Location: Bedroom, Dining Room, Entryway, Game Room, Living Room, Office
Finish: Mahogany Bronze
Shade Type: Ruby / Amber Glass
Material: Zinc
Bulb Type: E12
Bulb Shape: B10
Number of Lights: 1 - Light
Wattage Per Bulb: 60W
Location Rating: Damp
Change Shade Finish
Add Accessories
{{ removeDuplicates(validationMessage) }}

Product Overview

Inspired by the famous Tiffany design from the early 1900s. This wall sconce features a stunning shade created of Honey and Red stained glass using the famous Meyda Tiffany copperfoil construction technique. An elegant cast metal wallplate embraces the Lily shade with a floral style fitter finished by hand in Mahogany Bronze. The Pond Lily Wall Sconce is included in our American-designed; handcrafted Stained Glass Lighting Collection. UL and cUL listed for dry and damp locations. Each shade is a unique work of art with color variations based on natural ingredients inherent in the glass. Please contact us if color matching is critical when ordering multiple items.
BRAND INFO DIMENSIONS & WEIGHT
  • Dimensions: 5''W x 8''D x 10''H
  • Weight: 2.5 lbs
MORE DOCUMENTS
SPECIFICATIONS
Sconce Type: Wall Sconces Light Style: American Traditional, Glass, Tiffany, Traditional Light Usage Location: Bedroom, Dining Room, Entryway, Game Room, Living Room, Office
Finish: Mahogany Bronze Shade Type: Ruby / Amber Glass Material: Zinc
Bulb Type: E12 Bulb Shape: B10 Number of Lights: 1 - Light
Wattage Per Bulb: 60W Location Rating: Damp
{{moreText}}

More You May Like

More From Collection

Processing