Overview
Overview
The Ying Ottoman from Hugues Chevalier is the perfect complement to the iconic Ying Armchair. With its contemporary design, it exudes timeless elegance and shares the same graceful curves and craftsmanship as the Ying collection.
It's not just a place to rest your feet; it's an extension of the iconic Ying Armchair's design philosophy.
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Overview
The Ying Ottoman from Hugues Chevalier is the perfect complement to the iconic Ying Armchair. With its contemporary design, it exudes timeless elegance and shares the same graceful curves and craftsmanship as the Ying collection.
The Ying Ottoman features curved lines that seamlessly blend with the armchair's aesthetics, creating a harmonious duo that elevates relaxation to a new level of comfort and style.
Together, they form a cohesive and sophisticated seating arrangement that enhances any interior.
The Ying Ottoman is available in various wood colors and finishes, allowing for personalization to suit your interior's style.
Choosing the Ying Ottoman means embracing an iconic design philosophy that harmonizes form and function.
The Ying Ottoman from Hugues Chevalier is the perfect complement to the iconic Ying Armchair. With its contemporary design, it exudes timeless elegance and shares the same graceful curves and craftsmanship as the Ying collection.
The Ying Ottoman features curved lines that seamlessly blend with the armchair's aesthetics, creating a harmonious duo that elevates relaxation to a new level of comfort and style.
Together, they form a cohesive and sophisticated seating arrangement that enhances any interior.
The Ying Ottoman is available in various wood colors and finishes, allowing for personalization to suit your interior's style.
Choosing the Ying Ottoman means embracing an iconic design philosophy that harmonizes form and function.
- Feet: Solid varnished wood in matt, semi-gloss or high-gloss finish.
- Structure: Solid beechwood and beech plywood.
- Suspension: Elastic cross straps.
- Cushions: Polyurethane foam (density 35 to 40 kg/m3).