Specification:

• Base Color: Antiqued Brass
• Base Material: Metal
• Shade Color: Brass
• Shade Material: Metal
• Dimension: 22.5” x 7.5” x 22.5” (D x W x H)
• Shade Shape: Drum
• Switch Type: Touch
• Table Lamp Type: Desk
• Bulbs Replaceable: Yes
• Bulb Count: 1
• Bulb Maximum Wattage: 4
• Cord Included: Yes
• Voltage: 120
• Base Metal Type: Solid Brass
• Number of Lights: 1
• Fixture Material: Metal
• Switch Included: Yes
• Swing Arm: Yes
• Shade Included: Yes
• Shade Fitter Type: Threaded UNO
• Shade Diameter: 3
• Lamp Shape: Novelty
• Bulb Included: Yes
• Set Type: Single
• Commercial Use: Yes
• Room: Living Room
• Number of Lamps Included: 1
• Base Finish: Brass
• Finish: Antique Brass
• Number of Bulbs Included: 1
• Plug-In: Yes

Description:

Enhance your workspace with this 22-inch antiqued brass metal desk lamp, featuring integrated LED lighting and a built-in USB port for charging your electronic devices. Designed for both style and functionality, this lamp includes a brass drum metal shade and a swinging adjustable arm that lets you direct light exactly where it's needed. The touch switch offers simple operation, while the threaded uno shade fitter ensures a secure fit between shade and base. With its sleek, modern profile and practical features, this lamp is ideal for desks, home offices, and study areas, providing focused illumination and a contemporary accent to your decor.

Key Features:

• Includes LED technology that is not only energy saving but gives a fresh and updated look and design.
• For convenience, lamp includes a built-in USB port to charge compatible electronic devices.
• Lamp features a touch switch for ease and convenience.
• The swinging arm is adjustable and pivots allowing you to control the positioning of the light source.
• This lamp is a good quality lighting solution for your desk, office, home office or study.
• Features a threaded uno shade fitter to attach the shade to the lamp base.

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