Women's Breathable Mesh Knitted Orthopedic Platform Walking Shoes cushy Round Toe Lightweight Slip on Non-Slip Arch Support Sneakers Casual Nurse Dress Shoes
Origin: ImportedSole material: RubberOuter material: KnitClosure type: Pull-On[Breathable knitted upper] The upper is made of elastic knitted material, which can fit the curve of the foot tightly, giving a perfect wrapping feeling, and the foot is soft and snug. The knitted fabric is covered with fine breathable holes, which can keep comfortable even if worn for a long time. It is especially suitable for nurses and daily commuters who need to stand or walk for a long time.[Sock-shaped shoe mouth design] The round toe shape provides ample space for the toes to move, does not squeeze the toes, and the popular sock-shaped shoe mouth design is comfortable to wear, fits the ankle and reduces friction. The one-step wearing and taking off method is very convenient, without the need for cumbersome lacing or buckling, which is suitable for a fast-paced life.[Anti-slip and wear-resistant MD sole] The rare pattern design increases the friction with the ground, provides stable grip, is not afraid of rainy and wet, is not easy to slip when walking, and provides safety protection for the wearer. At the same time, the MD sole material is light, which reduces the overall weight of the shoe, and it is not easy to feel tired after walking for a long time.[Arch support] The insole and sole design focus on supporting the arch of the foot, which can effectively disperse the pressure on the foot and relieve the fatigue caused by standing or walking for a long time. It can provide good foot protection for work scenes that require long-term walking or daily walking.[Notes] Please select accurately according to the size chart when purchasing to ensure comfortable wearing. The knitted upper can be gently hand washed with mild detergent and water, and then dried naturally to avoid exposure to the sun to prevent the upper from fading or deformation; it cannot be machine washed to avoid damaging the knitted structure.