Bar stool CStot, metal frame, upholstered seat in houndstooth and black

Description

This stool is a perfect fit for dining spaces, bars, and event venues where design and comfort are essential.

– Use / destination:
Designed for professionals in the catering and event industry, this stool facilitates customer reception around a counter or high table. Its contemporary style adapts well to modern environments as well as more classic settings. It is also suitable for office spaces with social areas.

– Structure / materials:
The structure is based on sturdy metal, ensuring stability and durability. The seat combines a houndstooth fabric covering and black velvet, adding a touch of originality and comfort. The metal is coated with a black epoxy finish that protects against wear and scratches.

– Key technical points:
– Type: stool
– Metal structure
– Seat upholstered in houndstooth fabric and black velvet
– Total height: 108 cm
– Seat height: 70 cm
– Width: 52 cm
– Depth: 47 cm
– Volume of 0.3 m³

Finish & quality:
The black epoxy coating ensures optimal resistance over time while maintaining a neat appearance. The houndstooth fabric, combined with black velvet, offers an elegant visual contrast and good durability against daily use. Each element is carefully assembled to ensure comfort and sturdiness.

Additional information:
This stool has a volume of 0.3 m³, making it easy to transport and store. Its compact dimensions allow easy integration into different types of spaces. Available in several colors, it can be customized according to the specific needs of professional environments.

Additional information:
Dimensions / available data: VOLUME: 0.3.

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

The models presented in the catalog are customizable, 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.