Structure & Frame:
The Tibes 945 is a stackable outdoor chair featuring a lightweight frame made of epoxy powder-coated metal tube. The structure is defined by fluid, slender trajectories and a unique architectural play of reverse inclinations. For practical space management in hospitality or residential settings, these chairs are designed to be horizontally stackable up to 4 units.

Top & Materials:
The seat and backrest are hand-woven entirely by hand using specialized outdoor ropes. The weaving is available in two primary high-performance materials:
Nautical Rope: A durable, weather-resistant cord ideal for marine-grade environments.
"Gassa" Rope: A specialized technical rope offering a distinct textural feel.

Shelves & Storage:
As a streamlined dining chair, this model does not include integrated shelves or storage. Its primary functional advantage is its horizontal stackability, allowing several units to be stored efficiently in a small footprint when not in use.

Design & Aesthetic:
Designed by Gregorio Facco, the Tibes 945 chair expresses a sense of lightness and dynamism. The design merges industrial metalwork with artisanal tradition; the soft lines of the hand-woven rope contrast with the sharp, modern angles of the metal frame to create a contemporary yet welcoming silhouette.

Functionality & Placement:
This chair is specifically engineered for outdoor dining, utilizing weather-resistant epoxy coatings and UV-stabilized ropes. It is perfectly suited for dining areas on terraces, garden patios, or high-end outdoor restaurant environments.

Finishes & Customization:
Structure: Available in Embossed White or Embossed Anthracite painted metal.Weaving Combinations:White frame typically paired with Hemp nautical rope.Anthracite frame typically paired with Dark Brown "Gassa" rope or Red Grape rope.

Dimensions & Configuration:
The Tibes 945 chair features a more upright and slender profile than the lounge version Width: 54 cm (21 ¼") ,depth: 58 cm (22 ¾") and total Height: 79 cm (31").
Seat Height: 45 cm (17 ¾").