Stackable Flader Polypropylene Chair, Light Brown Finish

Description

This chair fits perfectly in dining, reception, or event spaces where practicality and robustness are essential.

• Use / destination:
Suitable for professional environments such as cafes, restaurants, hotels, and event spaces. Suitable for both indoor and outdoor use. Its lightweight design makes it easy to move and store. Stackable, it optimizes space during periods of non-use.

• Structure / materials:
Made of recycled polypropylene, this chair combines strength and lightness. The gas-assisted injection technique ensures a uniform finish and better resistance. Its material withstands outdoor aggressions, particularly UV rays. No metallic elements compromise its maintenance or durability.

• Key technical points:
– Volume: 0.376 m³
– Width: 60 cm
– Depth: 53 cm
– Total height: 79 cm
– Stackable for optimal space saving
– Recycled polypropylene, light brown finish
– Suitable for indoor and outdoor use
– Enhanced resistance thanks to gas-assisted injection

Finish & quality:
The light brown finish offers a natural and warm look. The UV-resistant treatment preserves the color and material long-term. The smooth surface facilitates cleaning and daily maintenance. This chair combines strength and understated aesthetics, suitable for demanding professional environments.

Additional information:
With a volume of 0.376 m³, this chair is easy to handle and store without clutter. Its compact dimensions allow flexible installation in various spaces. No additional options are necessary to ensure its functionality and longevity.

Additional information:
Dimensions / available data: VOLUME: 0.376.

Supply8 supports professionals in the catering, hotel, event, and work environments in their furnishing projects, in France and internationally.

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