Bar stool Bleex R1 EK Wood with wooden seat and black steel frame

Description

This stool fits perfectly in dining spaces, bars, and events, offering a comfortable and sturdy seat for frequent use.

• Use / destination:
Designed for professionals in the catering and events industry, this stool is suitable for indoor protected environments. It is suitable for bars, restaurants, reception areas, and break rooms. Its versatility allows for use in various contexts where a practical and aesthetic seating solution is desired.

• Structure / materials:
The black steel structure ensures excellent stability and resistance to heavy use. The solid Nyborg wood seat provides natural comfort and a warm touch. The phosphating treatment of the structure protects the metal while facilitating maintenance.

• Key technical points:
– Total height: 95 cm
– Seat height: 76 cm
– Width: 43 cm
– Depth: 43 cm
– Packed volume: 0.266 m³
– Black steel structure with anti-corrosion treatment
– Solid Nyborg wood seat
– Suitable for indoor protected use

Finish & quality:
The stool features a neat finish with epoxy black paint on the structure, ensuring durability and elegance. The solid wood is crafted to ensure strength and comfort. Each element is designed to withstand professional use while maintaining a refined aesthetic appearance.

Additional information:
This stool is lightweight for easy handling, making it convenient for moving and storage. Its compact dimensions make it practical furniture for space optimization. Available in various colors upon request, it can be customized to meet specific customer needs.

Additional information:
Dimensions / available data: VOLUME: 0.266.

Supply8 supports professionals in the catering, hospitality, events, and workplace environments in their design projects, in France and internationally.

The models featured in the catalog can be customized, especially in terms of dimensions, finishes, and colors, according to customer needs.
We can also develop custom solutions from scratch, with each project being designed and adjusted according to specific constraints and uses.