Bring a touch of modern, industrial design to your living room or bedroom with this 63" floor lamp. Featuring a concrete base and blackened bronze hardware, this sturdy lamp creates a style moment anywhere you use it. The fabric drum shade brings a touch of softness to its design.

• The pedestal base is crafted from concrete, complemented by the blackened bronze frame.
• Paired with a crisp white drum-shaped shade made of 100% linen with a polystyrene lining.
• Includes an 8 foot cord with foot step on/off switch.
• Features easy assembly.

Triple threat. This lamp’s three linen drum shades are suspended at staggered heights from a trio of arched arms, for extra light + dimension in your space. It’s built from steel and rests on a circular marble base that adds stability and luxe material contrast.

• Number of Lights: 3
• Fixture Material: Metal; Genuine Marble
• Shade Material: Fabric
• Switch Type: 4-Way
• Maximum Wattage (Per Bulb): 100Watt

Eclectic yet minimal, modern yet rustic, this 65.5" floor lamp is a study in style. The striking mix of materials, framed in blackened bronze steel and concrete, creates a clean streamlined silhouette in any room. The lamp's shape is industrial-inspired, but the crisp drum shade and sleek lines keep the finished look thoroughly contemporary in any room of your home.

• Number of Lights: 1
• Fixture Material: Metal
• Shade Material: Fabric
• Switch Type: Rotary Socket
• Maximum Wattage (Per Bulb): 100Watt

Omalley draws inspiration from mid-century design and finished in warm Patina Brass. A Honed Grey Emperador Marble base adds a chic touch to the fixture. Wherever it is placed, Omalley casts a wide spectrum of illumination, making an immediate impression.

• High-quality steel construction ensures durability and long-lasting use
• Compatible with E26 medium base bulbs for versatile lighting options
• Powerful 15W integrated LED delivers consistent and efficient illumination
• Includes ON/OFF switch for simple and immediate lighting control
• Dry location listed, ensuring safe performance in compatible environments