Black/White Patchwork Modern Dining Chair with Wooden Legs & Black Metal Wire Frame

The Black/White Patchwork Modern Dining Chair with Wooden Legs & Black Metal Wire Frame brings a bold, versatile seating option to dining rooms, studios, and workspaces. A molded polypropylene shell with foam cushioning is wrapped in a vibrant, fade-resistant patchwork fabric for a look that’s playful yet premium.

Built for modern living, this chair combines a solid wooden leg foundation with an integrated black metal wire frame, delivering stability and strength without bulk. The result is a compact, designer-inspired piece that elevates any room while still sliding gracefully into small spaces.

• Ergonomic comfort — molded polypropylene shell paired with soft foam cushioning supports you comfortably for dining, work, or reading.
• Vibrant patchwork upholstery — multi-color fabric that stays fade-resistant through everyday use and adds a memorable focal point to your space.
• Sturdy, stylish frame — solid wooden legs reinforced by an internal black metal wire frame for dependable stability.
• Floor protection — plastic foot caps guard floors from scuffs while keeping the chair steady on various surfaces.
• Compact footprint — 82 cm high, 47 cm deep, 47 cm wide with a 49 cm seat height, designed to fit dining nooks, small apartments, and multi-use rooms without crowding.

This chair is ideal for anyone seeking a statement piece that doubles as daily seating. Use it at a dining table for a contemporary vibe, as a productive home office chair in a compact workspace, or as a cozy reading corner seat that sparks inspiration. Its durability and comfort make it a practical choice for busy homes, studios, or shared living spaces.

Delivery and warranty — enjoy free express UK delivery, with orders shipping quickly and typically arriving within 1–2 working days. The chair is backed by a one-year manufacturer’s guarantee for peace of mind.

Image disclaimer: Please note images are for illustrative purposes only; shades may differ in reality due to lighting and monitor settings.