Showing results for "progress light"

This table lamp by Ralph Lauren is a testament to refined design and craftsmanship. Its sophisticated silhouette and ambient lighting make it a versatile addition to any space, whether gracing a bedside table or illuminating a reading nook. The lamp features a convenient pull chain switch, adding a touch of classic charm to its functionality.

• Base Material: Metal
• Number of Lights: 2
• Shade Material: Paper
• Switch Type: Pull Chain

Lamps are beautiful. Delivery was awful. Dumped in front of garage instead of front door. Too heavy for me to move. Had to call mover.. Joan. Harrison, NY. 2022-05-03 06:58:53

This tranquil table lamp has an artisanal feel with delicate tonal variations in the Inchyra blue hand painted glaze finish. The lamp's gentle taper, accentuated by two prominent ridges, plays with a traditional shape to create an eye-catching statement piece. Complemented by a warm Aged Brass hardware, Tenley brings a fresh pop of color to a living room, bedroom, or study.

• High-quality ceramic 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

In a petite size, this playful, pillowy table lamp makes a charming statement with its stacked ceramic forms. The crackled nature of the finish and soft, blush-toned Peignoir hue create a sense of movement that draws the eye. A tall linen shade adds an unexpected sense of verticality, enhancing the whimsical feel of Corinne.

• High-quality ceramic 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