NINO

Velcro slippers made of soft natural leather (Nappa) and natural lining leather, with a sole with zero drop (zero height difference between the heel and the toe). They are designed for toddlers from the first steps. Natural materials of the upper and lining ensure breathability, satisfactory hygiene parameters and perfectly adapt to the shape of the foot. The shape of the toe with an emphasis on the typical child's dominant big toe in combination with the straight line of the insole in the foot part ensures sufficient space for the toes. The sole is flexible, thin (4 mm) based on TPE with an anti-slip effect, it can adapt to movement on various types of surfaces. The heel reinforcement and raised edges of the sole ensure stability and perpendicular position of the heel to the pad. The sole with a raised edge, connected to the upper by sewing, protects the shoe and increases its durability. The Achilles tendon area is protected by a softly padded upper edge of the shoe, the so-called collar. Thanks to the Velcro, putting on shoes is quick and easy, which will be appreciated not only by children, but also by parents, or it will allow your child to put on shoes independently. Only dispersion adhesives (without organic solvents) are used in the production of the upper and insole. The slippers are suitable primarily for outdoor use. The combination of all these elements ensures the child stability, comfort and a sense of safe walking and, considering the anatomical peculiarities of the child's foot, their healthy development. For more than 30 years, we have been taking care of healthy children's shoes - their comfortable, convenient and safe walking. We remain faithful to complete production in Slovakia and high-quality design from first-class materials exclusively from European suppliers.

Purchasing this footwear you can be sure you have done the best for comfort, safety and healthy development of your child’s foot.

Material used:

Upper: soft natural Nappa leather

Lining: natural lining leather

Sole: TPE with anti-slip effect