Eco Weave Wool Rug Collection: Sustainable Style for Modern Living Discover the beauty and eco-friendliness of the Eco Weave Wool Rug collection. These hand-loomed rugs are crafted from a sustainable blend of wool and jute, offering a natural and durable choice for your home. The stunning 18mm textured pile, featuring a simple yet captivating pattern, adds a touch of modern elegance to any space. Available in a range of versatile and trending colors, Eco Weave rugs are the perfect way to infuse your home with sustainable style. Specifications:Material: Wool & Jute blendConstruction: Hand LoomedOrigin: Made in India Features:Hand made loopy designAll natural wool and jute mıx PRODUCT DISCLAIMER:We try to be as accurate with sizing as possible, but there may be variations within +/-5% of sizing. (Up to 10% for handmade items, and our folded rug collections) Some of our Rugs are hand-made from durable natural fibres - like wool - The imperfections seen within are features of these rugs. This includes sprouting yarns (where the weaving processes start and finish), colour variations, foreign material (Used in the Warp and the weft), and other characteristics which may appear as defects but are signs these rugs were made with care. Natural fibre rugs do shed, we recommend a gentle Vacuum with no brush or rotating head to clean. IMPORTANT TIP: We recommend an anti-slip pad such as RugStop. This is used underneath rugs to prevent slippage between the rug and the surface it is placed on. PLEASE NOTE: Due to the difference in monitor colours, some rug colours may vary. We try our best to represent all rug colours accurately, but cannot take responsibility. PRODUCT CARE: Ensure to attend to spills immediately to minimise the chance of staining. Do not rub the spill. Instead, blot any liquids with a dry, absorbent, white cloth, or white paper towel.A mild detergent and lukewarm water may need to be used. For any hasher spills, please seek specialist advice.Professionally clean the rug every 6 – 12 months as well as rotate its position in the space.
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