Stackable polypropylene structure armchair, beige finish

Description

This armchair fits perfectly into dining, reception, or waiting areas, offering a practical and comfortable seating option for both indoor and outdoor use.

• Use / destination:
Designed for professional environments such as restaurants, hotels, event spaces, or offices, this armchair facilitates flexible space planning. Its stackable feature optimizes storage and transportation. Suitable for daily use, it meets the requirements of high-traffic areas.

• Structure / materials:
Made of beige polypropylene, this armchair ensures strength and lightness. Its injection-molded design guarantees a neat finish and increased durability. UV and antistatic treatments protect the material from external aggressions and make maintenance easier.

• Key technical points:
– Stackable armchair for optimal space saving
– Unit volume of 0.256 m³
– Width: 52 cm
– Depth: 56 cm
– Total height: 83 cm
– Beige polypropylene with rattan-like finish
– Suitable for indoor and outdoor use

Finish & quality:
The beige color adds a natural and discreet touch, easily adapting to any type of decor. The treated polypropylene ensures a long lifespan even outdoors. The smooth surface facilitates regular cleaning without altering the appearance of the armchair.

Additional information:
This armchair has a volume of 0.256 m³, facilitating logistics management and space optimization. Its stackability allows for compact and secure storage. Available in several colors, it can be tailored to the specific needs of professionals.

Additional information:
Dimensions / available data: VOLUME: 0.256 m3.

Supply8 supports professionals in the restaurant, hotel, event, and workplace environments 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 the client’s needs.
We can also develop custom solutions from scratch, with each project being designed and adjusted according to specific constraints and uses.