Oresund Chaise with aluminum frame and black polypropylene seat

This chair is a perfect fit for professional spaces requiring a practical, lightweight, and durable seating option, particularly suitable for indoor and outdoor environments. • Use / destination: Designed for the restaurant, hotel, and event sectors, this chair meets the needs of flexible and functional layout. Its design allows for quick setup during events or in meeting rooms. It is suitable for both temporary and permanent use, indoors and outdoors. • Structure / materials: The structure is based on a frame in matte anodized aluminum, ensuring strength and lightness. The black polypropylene seat provides easy maintenance and good resistance to weather conditions. Perforations on the seat allow for effective drainage, optimizing its outdoor use. • Key technical points: - Matte anodized aluminum structure - Black polypropylene seat with drainage holes - Total height: 82 cm - Seat height: 45 cm - Width: 44 cm - Depth: 46 cm - Stackable for optimized storage - Available in multiple colors upon request Finish & quality: The anodized finish of the structure provides excellent resistance to corrosion and scratches. The polypropylene used for the seat offers a matte surface that is easy to clean, suitable for heavy use. Each element is designed to last while maintaining a neat appearance over time. Additional information: The Oresund chair stands out for its lightweight, making it easy to move and handle. Its compact dimensions allow for easy integration into various spaces, even in tight areas. Customization options in colors are available to better align with the establishments' visual identity. Supply8 supports professionals in the restaurant, hotel, event, and workspace sectors with their layout projects, in France and internationally. The models presented in the catalog can be customized, 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 being designed and adjusted based on specific constraints and uses.