Luxurious Gothic-Inspired Flannel Throw Blanket - Soft Cozy Reversible with Intricate Floral Butterfly Design - Ideal for Couch Bed Camping - Easy Care All-Season Comfort

【 Suggested Image Pixel 】

【 Design Description 】 Full-frame printing, single-sided printing

【 Material Description 】 Made of anti-pilling flannel, it is more comfortable and warm.

【 Product Performance 】

1: Soft and comfortable: The flannel plush is made of high-quality flannel material, with a soft and fine touch, bringing you an ultimate comfortable experience. Whether used as a blanket, throw pillow or home decoration, it can make you feel warm and comfortable the moment you touch it.

2: Good heat preservation performance: Flannel has excellent heat preservation performance, effectively blocking cold air and providing you with warm care. In the cold season, custom-patterned flannel plush can be your intimate companion, making you feel warm and comfortable.

3: Strong durability: Flannel plush material is sturdy and durable, not easy to wear out or fade. After meticulous production and processing, the custom-patterned flannel plush can maintain its beauty and quality for a long time, allowing you to enjoy a lasting usage experience.

【 Applicable Scenarios 】 The outside is made of super soft and high-quality fabric, while the inside is white. Suitable for beds, sofas, camping, cold cinemas or traveling! Give your family and friends a perfect gift.

【 Washing Instructions 】 It is recommended to hand wash or machine wash. Do not soak for a long time, do not bleach, and the washing solution temperature should not exceed 45℃. ​

【 Special Note 】 Due to different measurement methods, an error of 1 to 3cm in this size data is a normal phenomenon.

【 Warm Reminder 】 The display effect of this picture is for reference only. Due to objective factors such as production batch, equipment parameters, and shooting lighting, there may be slight differences between the actual product and the picture, including but not limited to size, position, and color difference. All of the above are normal phenomena.