Norlys bar stool in UV-treated polypropylene, white finish

This stool fits perfectly in dining spaces, bars, and terraces, providing a functional and resistant seating option for both indoor and outdoor environments. • Use / destination: Designed for professional use, this stool is suitable for CHR establishments, event spaces, and relaxation areas in companies. Its design allows for extended use, even outdoors, thanks to its specific treatment. Lightweight and easy to move, it facilitates space organization according to needs. • Structure / materials: Made of injected polypropylene, this stool benefits from UV protection that preserves the material from sun damage. This material choice ensures good resistance to impacts and moisture. The overall design ensures robustness suitable for intensive use while maintaining ease of maintenance. • Key technical points: - Injected white polypropylene with UV protection - For indoor and outdoor use - Total height: 102 cm - Seat height: 75 cm - Width: 36 cm - Depth: 49 cm - Stackable for optimized storage - Resistant to various weather conditions Finish & quality: The white finish provides a simple and bright appearance, harmonizing with various styles of decor. The smooth surface facilitates cleaning and limits dirt accumulation. The quality of materials ensures durability over time, even with intensive use. Additional information: This stool offers a good balance between lightness and strength, making it easy to move and store. Its compact dimensions allow for easy integration into different types of spaces. Other colors are available upon request to match branding guidelines or desired atmospheres. Supply8 supports professionals in the restaurant, hotel, event, and workplace industries 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 customer needs. Custom solutions can also be developed from scratch, with each project being designed and adjusted based on specific constraints and uses.