Scholl Nourish PediMask Aloe Vera: 24-hour hydration for dry feet in a single 20-minute treatment

Scholl Nourish PediMask Aloe Vera is a foot mask designed for anyone seeking soft, hydrated feet after a single 20-minute session. It delivers clinically tested hydration with a touch of Aloe Vera to restore moisture and calm dry skin on the feet.

• One-pair foot mask: Includes a pair of sock masks, each pre-filled with hydrating cream to treat both feet in one use.
• 20-minute treatment: Wear the mask for 20 minutes to let the formula work while you relax.
• Clinically tested 24-hour hydration: Formulated to hydrate dry skin effectively in a single application for lasting comfort.
• Non-greasy, double-layer design: Inner layer keeps the cream in place; outer layer is formulated for use with leakage for mess-free use.
• Key ingredients: Aloe Vera, Urea, and Panthenol work together to replenish moisture and soften rough areas.
• Secure fit: Sealing sticker helps keep the sock snug around the ankle during treatment for consistent contact with skin.

After a 20-minute session, massage any remaining product into the skin to enhance absorption and hydration. The formula is designed to hydrate without leaving a greasy residue, making it convenient to use at home before bed or during a short break. With Aloe Vera, Urea, and Panthenol, this PediMask supports daily foot care by helping maintain supple, comfortable feet between treatments.

Frequently Asked Questions

• Q: How long do I wear the PediMask Aloe Vera? A: 20 minutes per pair, then massage in any remaining product. No rinse is required.
• Q: Is this mask suitable for very dry or cracked feet? A: It is formulated to provide intense hydration for dry skin in a single use; results may vary by individual.
• Q: How many uses are in a package? A: Each package contains 1 pair of foot masks for one complete treatment on each foot.
• Q: Are there any precautions for sensitive skin? A: If you have sensitive or reactive skin, review the ingredient list and discontinue use if irritation occurs.