Indulge in the ideal mix of modern sophistication and coziness with the Coda Swivel Chair. This chair is crafted to elevate your living area. Its stylish appearance fits seamlessly with various decor themes. The combination of warm, earth - toned textured fabrics and a streamlined shape makes it visually captivating. Meanwhile, the ultra - soft down cushion guarantees a top - notch relaxing experience. This isn't just a piece of furniture; it's a ticket to unwind in a fashionable way. - Ultra - soft down seat cushion for excellent comfort and support. - A tight - back design gives it a neat and refined look. - The swivel function allows for effortless movement and adaptability. - Upholstered in high - grade body fabric (4319 - 71 Grade 9) for long - lasting durability. - Made from quartered white oak with a warm taupe finish for a natural charm. - Deep espresso accents create a bold contrast. - Wire - brushed surfaces bring out the wood's natural grain, adding more texture. - Sleek custom hardware with a dark umber finish for a polished look.

Using your Coda Swivel Chair is a breeze. Just sit back on the ultra - soft down cushion and start swiveling to find your most comfortable position. Whether you're reading a book, watching TV, or having a chat, this chair will be your perfect companion. When it comes to cleaning, use a soft, dry cloth to gently wipe the fabric regularly. Avoid using harsh chemicals or abrasive cleaners as they may damage the high - quality body fabric. If there are any spills, clean them up immediately to prevent stains. For the wooden parts, a simple dusting with a soft cloth is usually enough. To keep the warm taupe finish looking great, you can apply a mild wood polish every few months. Make sure to follow the instructions on the polish product. Also, try not to place the chair in direct sunlight for long periods as it may cause the fabric and wood to fade. And be careful not to put too much weight on one side of the chair to maintain its stability and the smooth operation of the swivel mechanism.