Chaise Rammet, metal frame, gray velvet upholstery, palm tree pattern backrest

This chair fits perfectly in professional spaces looking for furniture that is both aesthetic and comfortable, ideal for restaurants, hotels, or event venues. • Use / destination: Designed for restaurant, hospitality, and event environments, this chair offers comfort suitable for heavy use. Its neat design also allows for seamless integration in modern office spaces. It is perfect for dining rooms, meeting spaces, or waiting areas. • Structure / materials: The structure is supported by a sturdy metal frame, ensuring good stability and durability. The grey velvet upholstery adds a touch of softness and elegance to the seat. The backrest stands out with a palm tree motif, adding a subtle and original decorative touch. • Key technical points: - Packed volume: 0.252 m³ - Width: 47.5 cm - Depth: 53 cm - Total height: 76.5 cm - Seat height: 48 cm - Black epoxy finish metal structure - Grey velvet upholstery - Backrest adorned with a palm tree motif Finish & quality: The velvet upholstery stands out for its softness and resistance to daily use. The black epoxy finish on the metal ensures effective protection against scratches and wear. Every detail is crafted to offer furniture that is both elegant and durable, suitable for professional requirements. Additional information: This chair has an optimized footprint for easy integration into different spaces. Its 0.252 m³ volume facilitates logistical management during transport and storage. Customization options in terms of colors can be considered based on specific needs. Additional information: Dimensions / available data: VOLUME: 0.252. Supply8 supports professionals in the restaurant, hospitality, event, and work environments in 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 client's needs. We can also develop custom solutions from scratch, with each project being designed and adjusted according to specific constraints and uses.