Talia bookshelves
Delba Design 2013
Talia is a modular bookshelves system in painted steel, durable and versatile, adaptable to various configurations.
Product features
Talia, the first and iconic system by Delba Design for Siderio, is a masterpiece of modularity and style. This system is not just a bookshelf but a true design ecosystem that adapts and transforms according to the user’s needs. Each element is designed to integrate harmoniously with the others, creating a symphony of shapes and functions. Every configuration of Talia tells a different story, reflecting the personality and lifestyle of those who choose it.
The Talia system is made of metal and painted in Siderio finishes (see Table). The bookshelf, when floor-standing, is self-supporting. Wall fixing with the plates included in the packaging is recommended. The shelves are made of 25/10 gauge press-folded sheet metal to provide greater resistance to bending. The spacing between shelves is 26 cm. They are positioned in the stand through the special slots on the stand. Some elements can slide through the guides, taking care to balance them.
Talia System
Talia Configurations
Technical data
Additional information
| Talia dimensions | L. cm. X P. cm. Y H. cm. Z (Talia Configuration 1) |
|---|---|
| Color | White, Anthracite, Rust, Light Iron, Dark Iron |
Documentation
Request information for Talia bookshelves
Fill out the form to get product support.
Similar products
Discover all the Siderio collections
Siderio bookshelves go beyond mere storage; they transcend their primary function to become pillars of domestic life.
Siderio tables and consoles are tangible expressions of design that thinks and breathes, living at the heart of those who choose them.
Siderio accessories are fragments of a larger dialogue on design and its ability to shape everyday life.
Siderio systems are modular, customizable solutions designed to furnish every space with functionality and style.
Request information for Talia bookshelves
They are a base material in applications that do not require any formability beyond minimal bending and/or roll-forming.
