Josh Armchair
Overview
Overview
The Josh Armchair by Hugues Chevalier is a stunning example of contemporary design that effortlessly complements a variety of interior styles.
With its curved form and inviting features, it's not just a piece of furniture; it's an oasis of comfort.
The armchair's signature curved backrest cradles you in a comforting embrace, offering a true haven for relaxation.
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Overview
The Josh Armchair by Hugues Chevalier is a stunning example of contemporary design that effortlessly complements a variety of interior styles. With its curved form and inviting features, it's not just a piece of furniture; it's an oasis of comfort.
Vertical stitching on the backrest adds a touch of dynamic elegance to its modern aesthetic.
Comfort is at the forefront with a plush foam seat cushion that promises a luxurious seating experience.
The flared armrests not only exude sophistication but also mirror the graceful curvature of the backrest, inviting you to sit down and unwind.
The Josh Armchair transcends mere functionality; it's a design statement that harmoniously blends form and function.
The Josh Armchair by Hugues Chevalier is a stunning example of contemporary design that effortlessly complements a variety of interior styles. With its curved form and inviting features, it's not just a piece of furniture; it's an oasis of comfort.
Vertical stitching on the backrest adds a touch of dynamic elegance to its modern aesthetic.
Comfort is at the forefront with a plush foam seat cushion that promises a luxurious seating experience.
The flared armrests not only exude sophistication but also mirror the graceful curvature of the backrest, inviting you to sit down and unwind.
The Josh Armchair transcends mere functionality; it's a design statement that harmoniously blends form and function.
- Armchair with stitching in the internal part of the back.
- Legs: Lacquered wood.
- Structure: Solid beechwood and beech plywood.
- Suspensions: Elastic cross straps.
- Cushionsing: Polyurethane foam (density between 35 and 40 kg/m3).
