Cosaku armchair in natural rubber plywood, black faux leather upholstery

This armchair fits perfectly in professional spaces such as restaurants, hotels, and events, offering comfort suitable for extended use. • Use / destination: Designed for professional environments, this armchair is suitable for restaurant dining rooms, reception areas, and meeting zones. Its versatility also allows for use in temporary or permanent events. It meets the requirements of sturdy furniture while adding a contemporary touch. • Structure / materials: The structure is based on natural hevea plywood, known for its strength and durability. The black faux leather covering ensures an elegant and easy-to-maintain finish. The combination provides a balance of lightness and resistance for intensive use. • Key technical points: - Natural hevea plywood for the structure - Black faux leather covering - Width: 53 cm - Depth: 57 cm - Total height: 74 cm - Volume: 0.1944 m³ - Multipurpose furniture suitable for various professional environments Finish & quality: The natural wood finish highlights the hevea grain while protecting the structure. The black faux leather adds a modern touch and facilitates daily cleaning. Every detail is designed to ensure long-lasting durability, even under intensive use. Additional information: The compact dimensions of this armchair make it easy to integrate into various spaces without excessive bulk. Its manageable weight allows for easy handling during rearrangements. Color options for the covering can be considered upon request to match the establishments' branding guidelines. Additional information: Dimensions / available data: VOLUME: 0.1944. Supply8 supports professionals in the restaurant, hotel, event, and workplace environments with their furnishing 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.