Plush Dog Slippers Cartoon Animal Slippers Anti Slip Slip-on House Shoes Comfortable Funny Corgi Dog

Plush Dog Slippers Cartoon Animal Slippers Anti Slip Slip-on House Shoes Comfortable Funny Corgi Dog Slippers for Indoor Bedroom

Features:

1. Comfort: Crafted from soft plush materials, these cartoon puppy slippers provide a cozy touch for your feet. Enjoy relaxation and rest indoors as the plush fabric envelops your feet in gentle comfort.
2. Superior Warmth: Designed for optimal insulation, these plush dog slippers effectively block cold air, keeping your feet warm during the chilly autumn and winter months. Stay cozy and comfortable all season long.
3. Breathable Plush Material: The closed toe slippers’ plush fabric offers excellent breathability, ensuring your feet stay dry and fresh. This feature helps reduce odors, providing a pleasant wearing experience throughout the day.
4. Enhanced Safety with Non-Slip Soles: The slip-on house shoes feature a non-slip sole design, offering extra stability and security. Move confidently around your home with the added grip and support these soles provide.
5. Versatile Everyday Use: Perfect for home, indoor office, travel, or vacation, these soft home slippers adapt to various settings. Enjoy comfort and warmth wherever you go, making them an ideal choice for daily wear.

Specification:
Origin: Mainland China

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 different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding!
Please allow a 1-2 cm difference in measurements due to manual measuring.