Stackable Norlys chaise in polypropylene with anti-UV treatment, anthracite finish

Description

This stackable Norlys chair made of polypropylene with UV protection, anthracite finish, fits perfectly in professional environments requiring durability and easy maintenance, especially in restaurants, hotels, events, and offices.

• Use / destination:
Suitable for indoor and outdoor use, this chair is ideal for terraces, meeting rooms, or event spaces. Its stackable design makes storage easy and optimizes space. It meets the needs of professionals looking for practical and durable furniture.

• Structure / materials:
The shell is made of gas-assisted injected polypropylene, ensuring lightness and strength. The UV protection guards the material against fading and sun damage. Its sturdy structure provides stability and comfort for intensive use.

• Key technical points:
– Stackable chair for easy storage
– Anthracite polypropylene with UV protection
– Volume: 0.192 m³
– Dimensions: width 47 cm, depth 43 cm, total height 90 cm
– Seat height: 45 cm
– For indoor and outdoor use
– Gas-assisted injection for reinforced structure

Finish & quality:
The anthracite finish adds a sleek and modern touch, easy to blend into any decor. The smooth surface cleans easily and resists scratches. This furniture combines quality and durability for daily professional use.

Additional information:
With a volume of 0.192 m³, this chair is easy to handle and transport. Its compact dimensions make it adaptable to various spaces. Available in multiple colors upon request, it can be customized according to specific customer needs.

Additional information:
Dimensions / available data: VOLUME: 0.192.

Supply8 supports professionals in the restaurant, hotel, event, and workplace industries in their furnishing projects, in France and internationally.

The models featured in the catalog can be customized, especially in terms of dimensions, finishes, and colors, according to customer needs.
We can also develop custom solutions from scratch, with each project being designed and adjusted based on specific constraints and uses.