Crocs - Classic Cozzzy Slipper - Slippers - Faux Fur - Pink - C13

The Crocs Classic Cozzzy Slipper is primarily designed for indoor use. While the sole offers some grip, the faux fur material is best preserved by avoiding outdoor conditions like dirt, mud, or moisture.

We recommend spot cleaning with a damp cloth and mild soap. Allow them to air dry completely. Avoid machine washing or using harsh chemicals, as these can damage the faux fur.

The cozy backstrap provides added functionality by securing the slipper more firmly to your child's foot, reducing the chance of it slipping off during movement. It can also be worn forward for a more traditional slip-on style.

Crocs generally run true to size, but we recommend referring to the official Crocs Kids' size chart to ensure the best fit for your child, especially when considering the C13 sizing.

Yes, with 360 degrees of faux fur shearling lining the entire slipper, the Classic Cozzzy Slipper is designed to provide exceptional warmth and comfort for your child's feet.

Absolutely! Wearing socks with your Crocs Classic Cozzzy Slippers can add an extra layer of warmth and comfort, enhancing the cozy experience.

Ensure the backstrap is correctly positioned behind the heel for a secure fit. If the backstrap is forward, try pulling it back. If still too loose, double-check sizing against Crocs' official size guide.

Gently clean the affected area with a damp cloth and mild soap, then allow to air dry. Once dry, use a soft-bristled brush (like a pet brush or soft toothbrush) to carefully fluff the faux fur back into place.

Ensure slippers are always worn with dry feet. If they become damp, air dry them thoroughly in a well-ventilated area away from direct sunlight or heat. For odors, sprinkle a small amount of baking soda inside, let it sit for a few hours, then shake it out.

While the sole has textured logos for grip, these slippers are designed for indoor use. Ensure the floor surface is dry and free of spills. Regularly check the textured sole for any wear that might reduce traction.