1.Deep Hydration: Formulated with urea and glycerin to deliver intense moisture and effectively soften dry, cracked skin.

2. Nourishing Ingredients: Enriched with natural oils like shea butter and coconut oil to provide superior nourishment and repair.

3. Healing Properties: Contains allantoin and vitamin E to soothe and promote skin regeneration, reducing discomfort and promoting healthier feet. Antibacterial Benefits: Features tea tree oil to help keep feet fresh and prevent infections.

4.Fast-Absorbing: Non-greasy formula that absorbs quickly, allowing for immediate comfort and easy application. Daily Use: Ideal for everyday use to maintain soft, smooth, and healthy feet, making it perfect for those with ongoing foot care needs.

Transform your feet with DS Soft Foot Crack Cream, expertly formulated to heal and rejuvenate dry, cracked skin. This intensive, rich cream penetrates deep to deliver immediate relief, softening and smoothing rough patches. Enriched with nourishing ingredients like urea and natural oils, it promotes skin repair and hydration, providing long-lasting comfort. Ideal for daily use, DS Soft Foot Crack Cream helps restore the natural softness and elasticity of your feet, making it perfect for those with dry, calloused, or damaged skin. Pamper your feet with the care they deserve and step out with confidence and comfort.

Ingredients :

Urea - A key ingredient known for its ability to hydrate and soften the skin by breaking down tough, dry areas.
Shea Butter - Rich in vitamins A and E, it helps to moisturize and soothe dry, cracked skin.
Glycerin - A humectant that draws moisture into the skin and helps retain it.
Coconut Oil - Provides deep hydration and helps to repair the skin barrier.
Tea Tree Oil - Known for its antibacterial properties, it can help keep feet fresh and free from infections.
Allantoin - Soothes and promotes the healing of the skin.
Vitamin E - An antioxidant that helps to protect and repair the skin.
Lanolin - A natural moisturizer that helps to create a barrier to prevent water loss.