Bar stool Laenet, metal frame, upholstered seat in green fabric

This stool fits perfectly in dining spaces, bars, and event venues where comfort and sturdiness are essential. Its simple design makes it easy to integrate into various professional environments, whether it's a bar counter or a cozy space. It is also suitable for workspaces requiring high and practical seating. • Use / destination: Suitable for CHR establishments (cafés, hotels, restaurants) as well as temporary or permanent events. Suitable for intensive use due to its solid construction. Ideal for creating convivial or relaxing spaces around a bar or counter. • Structure / materials: The metal structure ensures excellent stability and long-term resistance. The black epoxy finish protects the metal from daily wear and tear. The fabric-upholstered green seat adds a touch of color while providing pleasant comfort. • Key technical points: - Total height: 85 cm - Seat height: 77.5 cm - Width: 43 cm - Depth: 46 cm - Volume: 0 (data as is) - Metal structure with black epoxy finish - Seat padded and covered in green fabric Finish & quality: The epoxy coating ensures excellent resistance to scratches and wear. The selected green fabric combines durability and ease of maintenance. The set offers lasting quality suitable for intensive professional use. Additional information: The stool's dimensions make it easy to install in various spaces without excessive clutter. Its weight and design allow for easy movement. This model can be integrated into customized design projects according to specific professional needs. Additional information: Dimensions / available data: VOLUME: 0. Supply8 supports professionals in the catering, hospitality, event, and work environments with their design 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 client's needs. Custom solutions can also be developed from scratch, with each project designed and adjusted based on specific constraints and uses.