8-Seater Rattan Corner Sofa Set with Square Fire Pit Table and 2 Benches

This eight-seater outdoor furniture set includes a modular corner sofa, two matching benches, and an integrated square fire pit table, providing a complete seating solution for garden patios and terraces.

• Integrated Fire Pit Table: The central table features a built-in fire pit with a brush-painted aluminium top, offering warmth and light for evening use without the need for additional heating units.
• Modular Seating Layout: The set consists of a three-seat sofa and a double sofa that can be configured to suit your specific outdoor layout, complemented by two benches for flexible guest seating.
• Weather-Resistant Materials: Hand-woven from PE rattan over a rust-resistant aluminium frame, this set is designed to withstand UV exposure and varying weather conditions.
• Water-Resistant Cushions: High-density foam cushions are included, featuring removable polyester covers that are treated to resist moisture and are easy to maintain.
• Adjustable Stability: The furniture is fitted with adjustable feet, allowing you to ensure the seating and table remain level on uneven garden surfaces.

Constructed for durability and comfort, the body of the sofas and benches is made from handmade PE wicker, which provides a traditional aesthetic while being easier to clean and more resilient than natural rattan. The fire pit table is finished with a brush-painted aluminium surface, providing a heat-resistant area for drinks and snacks. The clean lines of the modular frames allow the set to fit naturally into contemporary garden designs.

To maintain the furniture, the PE wicker can be cleaned periodically with a soft brush or damp cloth. To prolong the lifespan of the set, cushions should be stored in a dry location when not in use to prevent moisture build-up. The aluminium frames require minimal maintenance and can be wiped down with mild soapy water. Using a protective cover during winter months or extreme weather is recommended to keep the materials in optimal condition.