Women's Comfortable Plantar Fasciitis Support Sandals

All The Benefits Explained

High Density Soft EVA Sole: - 1.75 Inch Thick High Density Foam Sole - Experience unparalleled comfort and support with our 1.75-inch thick high density foam sole. This sole is designed to provide excellent elasticity and effectively relax tight muscles and bones in your feet. It reduces pain and pressure, and aids in the quick recovery from exercise-related damage.

Professional Support: - Special Biomechanical Arch Design - Our sandals offer professional support with a unique arch design that effectively and comfortably supports your feet. This design helps correct leg shape and provides orthotic relief, reducing foot pain and pressure on the arches. It alleviates conditions such as plantar fasciitis and other foot problems, ensuring you stay comfortable during daily activities.

Ergonomic Design: - Front Roll Balance Design - Enjoy a better fit and enhanced foot movement with our front roll balance design. This thoughtful detail ensures a comfortable and natural gait. - U-Shaped Heel Cup - Experience a deep heel wrap thanks to our U-shaped heel cup design. This feature maintains the neutrality and stability of your foot's root bone, reducing potential damage to bones and tendons.

Women's Fashion Athletic Leisure Sandals: - Dopamine Colors - Choose from our vibrant and trendy dopamine colors to match any outfit. Our sandals are perfect for all kinds of occasions, from post-walk relaxation to gym showers and athletic sports. - Lightweight Orthopedic Waterproof Shoes - Designed for durability and comfort, these sandals are lightweight yet strong enough to withstand the rigors of daily wear and outdoor activities.

Double Non-Slip Design: - Horizontal Grain Design - Prevent your feet from sliding on the footbed with our horizontal grain design. This texture enhances stability and ensures a secure fit. - Concave Convex Sole Design - Our sole features a concave convex design with alternating horizontal and vertical textures, which not only improves traction but also significantly enhances the non-slip performance.