Banbury Accent Chair

Keiichi Banbury Accent ChairElevate any room with the Banbury Accent Chair by Keiichi, a piece that embodies understated sophistication through thoughtful design. Featuring a gracefully curved upholstered back rich in texture and detailed with brass accents, this chair demonstrates both luxury and comfort. Upholstered in soft natural linen and supported by a sleek oak frame, the Banbury takes any living space from ordinary to thoughtfully cultured.Key FeaturesCurvaceous Upholstered Back with Brass Detailing: The Banbury features a beautifully sculpted, fully upholstered back trimmed with brass metal detailing, adding a luxurious focal point with a subtle metallic sheen.Deep, Supportive Seating in Natural Linen: Enjoy its deep, plush seat crafted in a natural-toned linen fabric that offers both softness and visual neutrality. It is perfect for harmonizing diverse home palettes.Quality Craftsmanship: Built with a sturdy structure blending brass, natural linen, and oak, the Banbury emphasizes both durability and graceful design, complementing contemporary living with genuine quality.Perfect for Any SpaceWhether staged in a living area for elevated seating, a refined bedroom corner, or a cozy reading nook, the Banbury Accent Chair delivers refined comfort with artisanal flair. Its neutral linen, subtle brass tones, and sculptural profile make it a standout that seamlessly integrates with other Keiichi pieces—from textured rugs to minimalist cushions.KeiichiKeiichi delivers high-style furniture designed for contemporary living. From modern counter stools to stylish dining chairs, the Keiichi furniture collection features on-trend pieces that will elevate any interior space. Designer armchairs and accent chairs are upholstered in sumptuous fabrics including boucle and sheepskin, in relaxed designs that blend seamlessly into modern living spaces. Keiichi‚Äôs stylish selection of fashion-forward products combine quality craftsmanship with flair for every room of the home.

Dimension: 76 W x 76 D x 80 H