Liquidation Sale Harbour Arm Chair, Dining Height, Polished Aluminum Star Base W/swivel, Upholstered Perfect Gift [6WNfS8sM]

Harbour Arm Chair: Versatile Elegance

The Harbour Arm Chair, a true testament to modern design, is a harmonious blend of comfort and functionality. Crafted with precision for Audo Space in Copenhagen's Nordhavn area, this chair is designed to cater to a variety of needs, making it an ideal choice for restaurants, conferences, offices, and even your own home. Its unique star base and swivel feature offer an unparalleled level of comfort and convenience, while the polished aluminum finish adds a touch of sophistication to any setting.

Design and Specifications

The Harbour Arm Chair boasts a sleek, contemporary design that balances geometry with organic shapes. The armrests and high backrest are thoughtfully designed to provide maximum support without compromising on style. Key specifications include a height of 26.6 inches, a width of 23.2 inches, and a depth of 21.5 inches, with a seat height of 17.7 inches and armrests reaching 9 inches from the seat. The chair is tested to support up to 450 lbs, ensuring durability and long-lasting comfort. The base is made of casted and extruded aluminum, available in a polished finish, while the seat and back are upholstered for added comfort. For added stability, the chairs with oak and steel legs come with felt glides.

Practical Uses and Benefits

The Harbour Arm Chair is a versatile piece that seamlessly integrates into various environments. Whether you're looking to enhance the dining area of your home, create a functional workspace in your office, or provide comfortable seating in a public space like a restaurant or conference center, this chair delivers. Its comfortable, yet elegant design ensures that it will appeal to discerning design enthusiasts and provide a pleasant seating experience for years to come. The Harbour Arm Chair is perfect for anyone seeking a piece that combines style, functionality, and comfort, making it an essential addition to any space.