Folding metal chaise BasiQ1, white epoxy finish

Description

This chair easily fits into professional spaces requiring functional and space-saving seating.

– Intended use / destination:
Designed for catering, hospitality, or events environments, it naturally finds its place at receptions, seminars, or temporary workspaces. Its folding design facilitates storage and transport, optimizing space management. Suitable for heavy use, it meets the flexibility and mobility needs of professionals.

– Structure / materials:
Its tubular steel frame ensures lasting robustness while remaining lightweight. The white epoxy finish provides excellent resistance to corrosion and everyday impacts. The steel seat and backrest, also coated with white epoxy, ensure aesthetic uniformity and optimal ease of maintenance.

– Key technical points:
– Tubular steel structure with white epoxy finish
– Steel backrest and seat with white epoxy finish
– Width: 46.5 cm
– Depth: 47.5 cm
– Height: 75.5 cm
– Packaging in plastic and cardboard for protection during transport
– Packaging volume: 0.156 m³

Finish & quality:
The white epoxy finish gives this chair a modern and sleek look while offering effective protection against wear. The quality of the selected materials ensures a long lifespan even under heavy use. Its simple and functional design facilitates integration into any professional environment.

Additional information:
Precise dimensions ensure comfortable seating while minimizing space requirements. The careful packaging in plastic and cardboard secures the chair during shipping. This folding model represents a practical and sustainable solution for quickly setting up modular spaces.

Supply8 supports professionals in catering, hospitality, events, and work environments in 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. We can also develop custom solutions from scratch, with each project being designed and adjusted according to specific constraints and uses.