Bar stool AlKjaer New, metal frame, green velvet seat

Description

This stool fits perfectly in dining spaces, bars, and events, bringing a touch of comfort and style while meeting the requirements of professional use.

• Use / destination:
Ideal for catering establishments, this stool is suitable for use around counters and high tables. Its simple and contemporary design makes it easy to integrate into various environments, from cafes to event venues. Its robustness allows for regular use, suitable for high customer traffic.

• Structure / materials:
The structure is based on a resistant metal, ensuring stability and durability. The seat is covered in green velvet, offering a pleasant touch sensation. This choice of materials combines strength and aesthetics, with easy maintenance.

• Key technical points:
– High stool with a seat height of 72 cm
– Width 47 cm, depth 50 cm, total height 96 cm
– Volume of 0.192 m³
– Black epoxy finish metal structure
– Green velvet seat
– Designed for intensive use in a professional environment

Finish & quality:
The green velvet covering provides a neat finish and a warm visual appearance. The black epoxy paint on the metal structure ensures excellent durability. Every detail is designed to combine comfort and resistance, with particular attention to the quality of materials.

Additional information:
This stool has compact dimensions, making it easy to integrate into small spaces. Its balanced weight allows for easy handling without sacrificing stability. Available in various colors, it can be customized according to specific professional needs.

Additional information:
Dimensions / available data: VOLUME: 0.192.

Supply8 supports professionals in the catering, hospitality, events, and work environments with their layout projects, in France and internationally.

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