Découvrez les tongs RAGIS JR Aquawave, idéales pour les jeunes nageurs ! Confort inégalé et style dynamique pour des aventures aquatiques.
The RAGIS JR AQUAWAVE sandals are crafted with a selection of superior materials for unmatched comfort and durability. The signature EVA foam along with PU constructs the upper part of the sandal, forming a harmonious balance of flexibility and sturdiness. This matchless combination promises an easy-on-the-feet experience for your child, allowing them to roam around freely, enjoying their beach adventures and pool fun to the fullest.
Sporting a polyester lining, these sandals are gentle on your child's skin, reducing the chances of any discomfort or abrasions even during extended periods of intense activity. The breathable nature of polyester ensures their feet stay fresh and cool, no matter how sunny it gets outside.
The insole, just like the upper, is made of EVA foam. This feature offers a pillow-like softness that guarantees maximum comfort to your child's feet, making them ideal for long hours of wear. Perfect for exploring the sandy beaches, climbing rocky terrains or simply enjoying a splashy day by the pool - these sandals are designed to protect and comfort tender feet in all scenarios.
AQUAWAVE leaves no stone unturned in ensuring the best for your child. The RAGIS JR comes with an EVA foam outsole, providing excellent traction and preventing slipping incidents on wet surfaces. This resilient outsole can withstand rough terrains whilst providing an additional cushioning effect, making every step your child takes safe and secure.
In summary, the RAGIS JR AQUAWAVE sandals are more than just a footwear accessory. They are a thoughtful combination of style, comfort, and safety, encapsulated in a sporty design that your children would love to wear. Invest in AQUAWAVE - invest in your child's happiness.
Marque | Aquawave |
Couleur | parrot blue logo print |
Couleur dominante | Bleu |
Genre | Mixte |
Age | Junior |
Matière principale | Matière synthétique / textile |
Semelle | Matière synthétique |