Men’s Mesh Dress Shoes Casual Business Lace Up Oxford Sneakers Lightweight Breathable Walking Shoes Comfortable Thick Sole Tennis Footwearon Sale

The shoe uses a thick-soled style sole to further enhance the comfort of the foot and the resilience of the sole, and with SVNKE’s thick-soled oxford shoes can improve the heightening effect of 4cm.

The Men’s Mesh Dress Shoes Casual Business Lace Up Oxford Sneakers Lightweight Breathable Walking Shoes Comfortable Thick Sole Tennis Footwear is perfect for any fan. The authentic Men’s Mesh Dress Shoes Casual Business Lace Up Oxford Sneakers Lightweight Breathable Walking Shoes Comfortable Thick Sole Tennis Footwear features a classic, bold team name and logo on the front, as well as your favorite player’s name on the back for an authentic look and this product is made of 100% polyester and is machine washable, so it’s easy to maintain.

The upper of the shoe is made of breathable elastic knitted mesh, so that your feet can have enough internal space to stretch and breathe freely, with a microfiber leather tongue to make the whole pair of shoes more comfortable to wear.

Soft fabric lining and breathable fabric pattern provide extra comfort and breathability Features a lace-up closure and elastic neckline construction for easy on and off.

Cushioned memory foam insole: removable at will, with good support and cushioning performance. In addition, there are sweat-absorbing and breathable functions

This men’s oxford is suitable for walking, fitness, work, office, social party, meeting and daily life scenarios.

This Men’s Mesh Dress Shoes Casual Business Lace Up Oxford Sneakers Lightweight Breathable Walking Shoes Comfortable Thick Sole Tennis Footwear is made with a polyester fabric that offers a lightweight and breathable comfort. The authentic Men’s Mesh Dress Shoes Casual Business Lace Up Oxford Sneakers Lightweight Breathable Walking Shoes Comfortable Thick Sole Tennis Footwear is perfect for any fan to wear as a collectible or to wear as a replica of their favorite player’s product.