Tall, narrow shelving unit with multiple tiers on a plain background.
Three variations of a tall shelving unit with decorative elements.
Ginori 1735

LaTour Shelving Unit

$7,795.00

Available at

abchome.comBest Price
$7,795.00
View

A stunning, contemporary self-standing shelving unit from Ginori 1735's Domus Collection, embodying exquisite Italian craftsmanship. The structure features durable steel with skilled welds finished in a semi-matte gold plating exclusive to the brand. It showcases detachable, hand-decorated porcelain shelves accented with delicate gold thread, which can also function as decorative trays. This unit stands 68.5 inches tall and has a footprint diameter of 13 inches, providing luxurious storage with a distinct aesthetic.

  • Self-standing shelving unit
  • Utilizes Ginori 1735's exclusive "canello" technique with skilled welds
  • Semi-matte gold plating on steel frame
  • Shelves made from hand-decorated porcelain with delicate gold thread accents
  • Porcelain shelves are detachable and versatile, functioning as decorative trays
  • Available in white, pink, and light blue porcelain shelf options
  • Crafted from premium porcelain and steel
  • Made in Italy

Details

Category
Shelving
Furniture Fixture Material
Ceramic, Steel
Pattern
Solid
Mounting Type
Free-standing
Materials
Porcelain, Steel

Questions & answers

How much does it cost, and where can I buy it?
This Ginori 1735 shelving is sold by 1 retailer for $7,795.00. Available at abchome.com.
Is it in stock?
Yes, it's currently in stock.
What are the key features?
Key features include Self-standing shelving unit, Utilizes Ginori 1735's exclusive "canello" technique with skilled welds, Semi-matte gold plating on steel frame, Shelves made from hand-decorated porcelain with delicate gold thread accents, and Porcelain shelves are detachable and versatile, functioning as decorative trays.
What is it made of?
It's made of porcelain and steel.
What's its mounting type?
Its mounting type is free-standing.
What's its pattern?
Its pattern is solid.