Specifications:

• Color: Matte Black / Silver / Bronze
• Dimensions: 10" H x 15" W x 6" D
• Voltage: 120
• Bulb Type Included: LED
• Bulb Type: LED
• Bulbs Required: Yes
• Bulbs Replaceable: Yes
• Bulb Type Required: A19
• Wall Lighting Type: Flush Mount
• Dry, Damp or Wet Location Listed: Damp
• Shade Color: Clear
• Fixture Material: Metal
• Metal Type: Steel
• Dimmable: Yes
• Maximum Wattage (per bulb): 100
• Bulb Base: E26Medium Standard
• Power Source: Hardwired
• Light Direction: Ambient
• Reversible Mounting: Yes
• Back Plate Included: Yes
• Overall Height Hanging: 10
• Shade: Yes
• Back Plate Height Top to Bottom: 4.75
• Back Plate Width Side to Side: 7.25
• Style: Transitional
• Bulb Not Included but Required: Yes

Description:

Enhance your home lighting with this transitional-style double light wall sconce, designed to bring a sleek and modern touch to bathrooms, hallways, or entryways. Measuring 10" H x 15" W x 6" D, this damp-rated wall fixture features a sturdy steel frame in a choice of matte black, satin nickel, or oil-rubbed bronze finishes, paired with clear cylindrical glass shades for a clean and versatile look. The flush mount design supports reversible installation, allowing you to position the lights upward or downward based on your room's layout and desired illumination. Compatible with two A19 bulbs (not included) up to 100 watts each and dimmable with the appropriate switch, this hardwired fixture delivers ambient lighting and effortless functionality. Complete with a backplate and E26 medium base sockets, it offers a perfect balance of durability, style, and adaptability for various indoor settings.

Key Features:

• Updated and modern hanging double light wall sconce.
• Finished in a modern matte black / oil rubbed bronze / satin nickel.
• Versatile: Can be mounted in the up or down position.
• Features clear, optic cylindrical glass.
• Requires 2, 100-watt max, medium base bulb - not included.

Please Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.