Stackable Kattegat armchair in red polypropylene

This armchair fits perfectly in dining spaces, events, and professional environments requiring practical and durable seating. • Use / destination: Designed for indoor and outdoor use, this armchair adapts to café terraces, meeting rooms, or event spaces. Its stackable feature facilitates storage and movement during layout changes. Lightweight and sturdy, it is suitable for both temporary and permanent installations. • Structure / materials: The red polypropylene seat provides good resistance to impacts and weather, while offering easy maintenance. The matte anodized aluminum legs ensure lasting stability and excellent corrosion resistance. Holes in the seat allow for effective drainage, preventing water accumulation outdoors. • Key technical points: - Stackable armchair for optimal space saving - Red polypropylene seat - Matte anodized aluminum legs - Integrated drainage holes in the seat - Total height: 85 cm - Width: 55 cm - Depth: 52 cm - Unit volume: 0.234 m³ Finish & quality: The matte finish of the aluminum legs provides a smooth touch surface and reduces reflections, enhancing the chair's sleek and professional appearance. The red seat color adds a dynamic touch without compromising on simplicity. Each element is carefully crafted to ensure durability and comfort. Additional information: This chair has a seat height of 44 cm, suitable for most standard tables. Its lightweight design facilitates handling and movement. The stackable design allows for compact and efficient storage, ideal for versatile spaces. Additional information: Dimensions / available data: VOLUME: 0.234. Supply8 supports professionals in the restaurant, hotel, event, and workplace industries with their furnishing projects, in France and internationally. The models featured in the catalog can be customized, particularly 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 based on specific constraints and uses.