113" 2-Piece L-Shaped Convertible Sleeper Sectional

Features

• Sleek Modern Design: Elevates your space with contemporary style and flair.
• Three Adjustable Angles
• Featured 3-position adjustable spiltback easy fold-down backrest settings.
• Versatile Comfort: Transforms from a sofa to a bed effortlessly with adjustable backrest angles: 180° for a flat bed, 110° or 145° for sofa comfort
• Solid Wood Frame: Ensures durability and long-lasting support.
• Enhanced Protection: Crafted with non-woven fabric, pearl cotton, and carton for multi-layered protection against wear, scratches, and bruises.
• Ergonomic Design: Engineered for optimal sitting comfort, adhering to human ergonomic principles, enhancing relaxation and posture.
• Sofa is made of high-quality linen, which is soft and comfortable, not easily wrinkled and warm of touching.
• Soft Linen Upholstery: Offers a plush and comfortable feel for lounging.
• Premium Quality: Resists stringing, pilling, and discoloration; breathable, mildew-proof, and offers a comfortable touch.
• Premium Craftsmanship: Exquisite materials and meticulous workmanship combine to create a product that exudes elegance and durability, elevating any living space.
• The seat cushions and backrests are filled with a high-density foam and doll cotton that is resilient and comfortable.
• Adjustable Backrest: Easily tilts to three positions (110° to 180°) for customized comfort.
• Sturdy Construction: Connectors and legs are constructed from synthetic metal for robust bearing capacity, ensuring product firmness and stability.
• Sturdy solid wood frame, metal feet, and durable double spiral springs.
• Sturdy Stability: Built with a robust structure, this sectional ensures stability and durability, providing a reliable foundation for long-term use.
• Versatile Use: Functions as a chaise for relaxing or converts into a bed for restful sleep.
• Elastic Spring: Ensures ample elasticity, providing a strong rebound without deformation or collapse, showcasing exceptional endurance.
• Meeting ergonomical design.