Faux Leather Suede Black San Remo Left Hand Facing Corner Sofa
The Faux Leather Suede Black San Remo Left Hand Facing Corner Sofa draws inspiration from Italian design, offering a stylish and functional addition to your living room. Configured with a three-seater section on one side and a comfortable chaise section on the left, this corner sofa combines spacious seating with a modern aesthetic.
This corner sofa is upholstered in durable faux leather, a popular substitute for real leather thanks to its durability and resistance to peeling. The upholstery features a suede effect finish, giving the corner sofa a unique look that is sure to garner attention. The black colour ensures compatibility with various interior designs and decor choices. The seating cushions, backrests and headrests are filled with dense foam, providing support and comfort for you, your family or guests. The headrests are fully collapsible and adjustable due to the click clack mechanism.
The sofa boasts a contemporary design marked by clean lines and a sleek silhouette, effortlessly integrating with various interior styles. Silver metal legs add a modern touch while ensuring stability and enhancing the overall aesthetic.
Whether you’re looking to refresh your living room or create a cosy seating area in a larger space, the Faux Leather Suede Black San Remo Left Hand Facing Corner Sofa offers both comfort and style. Its unique configuration allows for versatile seating arrangements, making it an ideal choice for those seeking a contemporary and functional seating solution.
All Love Sofas products are handcrafted and the exact size of the item may vary slightly. All of our items are fully compliant with UK fire regulations meant for personal use, ensuring that all of our items meet the necessary standards for your safety. Please note that our items are photographed under bright studio lights, and may appear slightly darker in different environments. All online photos are subject to colour bias caused by factors such as screen settings, lighting conditions, and individual device variations.
