Specification:

• Size: 24” / 29” 
• Base Color: Black/White
• Base Material: Ceramic
• Shade Color: Beige
• Shade Material: Fabric
• Dimension: 13” x 13” x 24” (D x W x H) / 15.5” x 15.5” x 29” (D x W x H)
• Shade Shape: Drum
• Switch Type: Rotary Socket
• Table Lamp Type: Standard
• Bulbs Required: Yes
• Bulbs Replaceable: Yes
• Bulb Type Required: E26 Medium Base
• Bulb Count: 1
• Bulb Maximum Wattage: 100
• Cord Included: Yes
• Voltage: 120
• Number of Lights: 1
• Fixture Material: Ceramic
• Switch Included: Yes
• Shade Included: Yes
• Fabric Type: PolyBlend
• Shade Fitter Type: Threaded UNO
• Shade Diameter: 13/15.5
• Lamp Shape: Cylinder
• Set Type: Single
• Room: Living Room
• Number of Lamps Included: 1
• Base Finish: Black/White
• Finish: Black
• Switch Location: Socket
• Plug-In: Yes

Description:

Illuminate your space with this 24 to 29-inch ceramic table lamp featuring a sleek black base and a beige fabric drum shade that adds warmth and style to any room. Designed to accommodate a single E26 medium base bulb up to 100 watts, this lamp offers versatile lighting for living rooms, bedrooms, or offices. It includes a convenient rotary socket switch for easy operation and a threaded uno shade fitter to securely attach the fabric shade to the lamp base. With a 60-inch cord, placement flexibility is assured, allowing you to position this lamp exactly where you need it. Combining a classic cylindrical shape with modern functionality, this lamp enhances your décor while providing soft, ambient lighting for a comfortable and inviting atmosphere.

Key Features:

• Lamp features a rotary socket switch for ease and convenience.
• Features a threaded uno shade fitter to attach the shade to the lamp base.
• Requires a single E26 medium base bulb with a maximum wattage of 100.
• Comes complete with a fabric shade.
• Includes a 60 inch cord.
• Ceramic table lamp with beige drum shade and black base, suitable for E26 medium base bulbs up to 100 watts.

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