280g Flannel Blanket (Horizontal) Classical Lady and Lotus Pond Sunset Pattern

This 280g flannel blanket (horizontal) not only has high-quality materials and excellent performance but also features a beautiful pattern design.[Design Description] Full-width single-sided printing presents a classical and beautiful scene: a gentle lady in traditional clothing holds a fan gracefully, with a pure white lotus flower on the fan. She is in a thriving lotus pond, where pink lotus flowers bloom among green lotus leaves, and the background is the charming sight of the setting sun. The sky is dyed warm yellow, reflecting with the water surface, full of poetry and charm.[Material Description] Made of anti-pilling flannel (100% polyester), this material not only ensures the comfort and warmth of the blanket but also has characteristics such as anti-pilling, anti-wrinkle, anti-allergy, and non-shedding. You can feel the soft touch like being surrounded by the fuzzy feeling of velvet. Whether you use it at night to keep warm or take a nap on the sofa, you can feel its comfort and consideration.[Product Performance] Light in weight, durable, can be folded compactly, super soft texture, excellent hand feel, completely resistant to shrinking and wrinkling, providing you with a long-lasting use experience. It is especially suitable for people with allergies and asthma, allowing you to enjoy warmth without worrying about allergic problems.[Applicable Scenarios] Whether placed on the bed as a comfortable quilt, spread on the sofa to add a warm atmosphere to the home, or carried during camping, watching movies in a cold cinema, or traveling, it can bring you warmth and comfort. It is also the perfect gift for family and friends to convey care and warmth.[Washing Instructions] Machine washable or hand washable, quick-drying and easy to care for, do not use bleach, convenient for daily care.[Packaging Instructions] The blanket is vacuum-packed and ready to use upon receipt.[Special Instructions] The size data may have an error of 2-4cm due to different measurement methods, which is normal.