Qiopertar Under $5 Moisturizing Gel Socks with Vitamin E, Reusable Foot Film Cover for Hydrating Heel Care, Non-Slip Spa Socks

Qiopertar Under $5 Moisturizing Gel Socks with Vitamin E, Reusable Foot Film Cover for Hydrating Heel Care, Non-Slip Spa Socks

Features:
SOFT & COMFORTABLE - Moisturizing Socks made of Super Soft Cotton and Spandex,. Gel is Enriched with E and to Soothe and Moisturize Skin,.
MOISTURIZATION - The Full Design of Our Moisturizing Socks Can Moisturize Your Whole Feet. Hydrates and Softens Hard, Dry, Rough Feet, Calluses, Heels, Toes, and Cuticles.
NON-SLIP GRAIN DESIGN - Featured Non-Slip Dots On the Bottom of Gel Socks, which Offer Better Grip for Improved Stability and Equilibrium so that You Can Have Better Control of Your Body Movements, Avoid Tumble and Injuries.
COMFORTABLE AND REUSABLE - Gel Socks are Washable and Reusable for Continuous Comfort. Wear at least 2-3 Times Per Week. Daily Use Recommended.
Foot Health - And Vital Body Parts Feet are Vital for Mobility.
Product Description:
Foot foot film cover gel socks moisturizing socks cover foot film moisturizing rejuvenation foot foot cover Hydrating Heel Gel Socks
Product Description：
Moisturizing socks softens the skin. Increase flexibility of skin.
Usage And Caution：
Soak your feet in warm water.
Wait until your dry skin has softened.
Rub it gently over the calloused area, then dry your skin.
Wear for at least 20 minutes, at least 2-3 times per week.
Hand wash with natural detergent in water below 30℃,no twisting.
No, no dry cleaning.
Dry naturally or by paper, not the sun.
Do not peel the gel in the socks.
SPECIFICATIONS：
Material: cotton+gel
Size: 21.5x10.5cm
PACKAGE INCLUDED：
1 pair × Moisturizing Socks with Gel Lining
NOTE：
Do not wear them on open wounds, broken or abraded skin. Do not wear them if you have skin conditions such as Psoriasis or Eczema.
Due to different monitors and lighting effects, the actual color of the product may be slightly different from the color shown on the picture. Thanks!
Please allow slight measurement deviation due to manual measurement.