John Richard Innocence Table Lamp

Design is at the heart of John-Richard. They are inspired by history, provenance, great foreign cultures, exotic materials and finishes as well as the particular talents of superb artisans. Each season, they aim to delight customers with unexpected details such as unusual veneers and carving, reverse painted glass with art motifs as well as natural agate and crystal accents. The John-Richard design team transforms global inspirations into breathtaking collections; distinctive furniture, artisan-crafted accessories, unique lighting, mirrors, wall art and botanicals that make powerful style statements.

Enjoy the Innocence Table Lamp in your home today! The Innocence Table Lamp presents stunning, natural forms through a contemporary lens. Crafted from porcelain, the body showcases a gorgeous arrangement of delicate white florals. The design sits atop a rounded base with stylish ridges, adorned in Gold Leaf to impart a tasteful touch of elegance. The look is further elevated by a matching floral finial with Antique Brass trim and a white linen drum shade. This lamp is affixed with a three-way turnkey switch.

Measurements:
30.5"H X 15"W X 15"D

Lighting System: Three Way
Shade Material & Dimensions: DIA 15x10"H; DOT SILK FABRIC
Size of Cord: 6"
Switch: Turnkey
Bulb Type: Medium Base (E26)
Bulb Watt Max: 150
Finial Material & Dimensions: 2.5" Matching Ceramic Flower on Brass
Harp Size: 8.5" Gold Harp
Finish: Gold Leaf, Antique Brass
Material: Porcelain, Wood, Fabric, Linen
Bulbs In the Box: No
Product Weight: 11
Color of Cord: CLEAR
Bulb Quantity: 1
Spider Color: Gold/Brass
Product Information: The glazing of ceramic & porcelain is an ancient process that is sensitive to the slightest variations in materials, application or even atmospheric conditions. The result is that variations in pattern and color will occur, and no two pieces will be identical. The uniqueness and beauty of each piece is a testament to artisan’s talents as they carefully control the fiery process in kilns reaching as high as 2400 degrees during the firing process.