Halloween Ghost Plush Slippers Closed Toe Slippers Anti Slip Flat Thermal Slippers Soft Furry Slipper for Outdoor Indoor Bedroom

Features:

1. Comfort: Crafted from soft cotton materials, these Halloween ghost plush slippers provide a cozy touch for your feet. The breathable and moisture-absorbing cotton keeps your feet dry and comfortable, offering a soft, lightweight, and warm sensation for relaxation.
2. Superior Warmth: Ideal for winter, these fluffy home slippers effectively retain heat, keeping your feet warm and preventing chills. Perfect for indoor activities, they ensure your feet stay cozy and comfortable, enhancing your overall warmth and comfort.
3. Enhanced Safety: Featuring an anti-slip sole design, these soft furry slippers offer excellent grip to prevent slips and falls. This design increases safety, especially on smooth indoor surfaces, providing peace of mind and secure footing.
4. Versatile Use: Suitable for various occasions, these fuzzy ghost slippers are perfect for home, indoor office, travel, or vacation. Whether relaxing at home or staying comfortable at work, these slippers provide a sense of ease and relaxation.
5. Simple and Stylish: With a minimalist design, these cute spooky slippers are not only comfortable and practical but also stylish. Their simple design makes them versatile, easily pairing with various outfits to showcase your fashion sense.

Material: Plush

Size      EU Size   US Size(Women)   US Size(Men)   Shoes Length(cm)
36-37    35-36          5.5-6                    4.5-5                    25
38-39    37-38          6.5-7                    5.5-6                    26
40-41    39-40          7.5-8.5                 6.5-7.5                  27
42-43    41-42          9-10                     8-8.5                    28
44-45     43-44         10.5-11.5              9-10                     29

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.