3D Plastic Socks from Milky Foot – Large

Product Description

The 3D Plastic Socks from Milky Foot are designed to provide an effective solution for achieving soft and smooth feet. These socks feature a thick gel lining on the inside, which works to nourish and soften the skin. Infused with natural milk extract, they help protect the feet while delivering essential moisturizing benefits. This product is ideal for anyone seeking to rejuvenate their feet by exfoliating dead skin and removing calluses, leaving them feeling silky smooth.

Key Benefits/ Features:

Moisturizing Gel Lining

The interior of the socks is coated with a thick gel that provides intense hydration, ensuring that the feet remain soft and supple. This gel works to moisturize the skin, addressing the common problem of dry and rough foot skin.

Natural Milk Extract

The inclusion of milk extract in the formulation helps naturally protect and nourish the feet. This ingredient is known for its soothing properties, making it beneficial for maintaining skin health and softness.

Exfoliation and Callus Removal

These socks are designed to effectively exfoliate the feet, removing dead skin and calluses in a natural way. This process not only enhances the appearance of the feet but also promotes healthier skin by allowing new, smooth skin to surface.

Silky Smooth Finish

After using these socks, users can expect to experience feet that feel as smooth as silk. The rejuvenating effects make them suitable for those desiring softer feet, reminiscent of a child’s delicate skin.

How to Use:

1. Clean and dry your feet thoroughly.
2. Wear the 3D Plastic Socks for the recommended duration as indicated on the packaging.
3. Remove the socks and rinse your feet with warm water to remove any residual gel.

Product Details:

• Product Name: 3D Plastic Socks from Milky Foot – Large
• Size: Large
• Key Ingredients: Thick gel, Natural milk extract
• Purpose: Exfoliation, moisturizing, callus removal
• Skin Type: Suitable for all foot types needing moisture and exfoliation.