Discover Harbour Column Rectangular Dining Table With Star Base Holiday Edition [IiAMZYdO]

Introducing the Harbour Column Rectangular Dining Table

The Harbour Column Rectangular Dining Table, designed by Menu Design now Audo Copenhagen, is a sleek and sophisticated piece that brings a touch of modern elegance to any space. With its simple tabletop and subtle clover-shaped column profile, this table is a perfect blend of classic and contemporary design. Crafted with attention to detail, the Harbour Collection is known for its adaptability and grace, making it a versatile choice for a variety of seating styles.

Unveiling the Specifications and Finishes

The Harbour Column Table is available in three tabletop sizes, including two round and one rectangular options, ensuring it can fit seamlessly into any space. Each tabletop can be crafted from charcoal linoleum, black oak veneer, or off white marble, allowing you to choose the finish that best suits your design preferences. The clover-shaped column base, constructed from steel and aluminum, is finished in a sleek black powder coat, providing a durable and stylish foundation for the table. This versatile table can be used for dining, counter, or bar applications, making it a practical choice for homes, workplaces, cafés, and lobbies.

Embracing Versatility and Style

The Harbour Column Table is not just a piece of furniture; it's a statement. Whether you're hosting a dinner party, setting up a home office, or creating a café ambiance, this table enhances your space with its balanced, slim silhouette and tactile appeal. The Harbour Collection's adaptability allows it to meet the evolving needs of your lifestyle, making it a timeless addition to any setting. Its unique design and finishes offer endless possibilities for personalization, allowing you to mix and match bases and tabletops to create a pairing that perfectly suits your space. Upgrade your dining area or workspace with the Harbour Column Rectangular Dining Table and experience the perfect blend of form and function.