Specification:

• Base Color: Black
• Base Material: Metal
• Shade Color: White
• Shade Material: Fabric
• Dimension: 16” x 16” x 30.25” (D x W x H)
• Shade Shape: Empire
• Switch Type: 3-Way
• Table Lamp Type: Standard
• Bulbs Required: Yes
• Bulbs Replaceable: Yes
• Bulb Type Required: Incandescent
• Bulb Count: 1
• Bulb Maximum Wattage: 150
• Cord Included: Yes
• Voltage: 120
• Base Metal Type: Steel
• Wood Type: Rubberwood
• Number of Lights: 1
• Dimmable: Yes
• Fixture Material: Metal
• Switch Included: Yes
• Shade Included: Yes
• Fabric Type: Linen Blend
• Shade Fitter Type: Harp
• UL Listed: Yes
• Shade Diameter: 16
• Lamp Shape: Cylinder
• Set Type: Single
• Room: Living Room, Bedroom, Office
• Number of Lamps Included: 1
• Size: One Size
• Base Finish: Polished
• Finish: Polished
• Switch Location: Socket
• Plug-In: Yes

Description:

Brighten up your space with this 30-inch clear metal table lamp, designed with a balanced blend of durability and natural style. Featuring a sturdy metal body with a clear finish and a genuine wood accent, this lamp adds a subtle organic touch to your décor. The classic white empire fabric shade offers soft, ambient light, making it ideal for creating a warm and welcoming atmosphere in living rooms, bedrooms, or reading nooks. A weighted base ensures stability, while the 3-way switch allows for adjustable brightness to suit your needs. The included 72-inch cord provides ample reach for flexible placement, and the harp shade fitter ensures secure attachment of the shade to the lamp base. Perfect for enhancing both traditional and modern interiors with functional lighting and timeless appeal.

Key Features:

• Constructed with durable material
• Weighted base for better balance
• Genuine wood accent with an added touch of natural material
• Includes a 72 inch cord.
• Features a harp shade fitter to attach the shade to the lamp base.
• Lamp features a 3-way switch for ease and convenience.

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