Nike Hydrastrong Solid Children's Swim Jammers midnight navy (NESS9743-440)

Nike Hydrastrong Solid Jammer for Kids in Midnight Navy is an exceptional choice for young swimmers seeking comfort and durability. Made from Hydrastrong fabric, these jammers offer excellent chlorine resistance, making them ideal for regular use in the pool. The polyester and PBT polyester provide flexibility and wearing comfort, translating to ease of movement in the water.

Unique Hydrastrong Technology

The Nike Hydrastrong Solid Jammer for Kids in Midnight Navy features Hydrastrong technology, which ensures remarkable material durability. Thanks to this technology, the product maintains its properties even with frequent use in chlorinated water. This solution makes the jammers robust and resistant to damage, which is extremely important for active young athletes.

Construction and Materials

The lining of the Nike Hydrastrong Solid Jammer for Kids in Midnight Navy is made from 100% polyester, providing additional comfort and support during swimming. The smooth pattern with a subtle Nike logo adds elegance and a professional appearance. The materials used in the construction guarantee quick drying, which is crucial after intense training or competitions.

Advantages of Wearing Jammers

The Nike Hydrastrong Solid Jammer for Kids in Midnight Navy not only features durability but also excellent body fitting. The cut of these jammers supports hydrodynamics, allowing for better performance while swimming. The comfortable cut and flexibility of the material make them an ideal choice for children who value comfort and functionality.

Nike Hydrastrong Solid Jammer for Kids - Features:

• Hydrastrong technology ensuring exceptional durability;
• High resistance to chlorine;
• Flexible material made of polyester and PBT polyester;
• Lining made of 100% polyester for comfort;
• Quick-drying properties of the material for ease of use;
• Smooth pattern with a subtle Nike logo;
• Perfectly fitting cut supporting hydrodynamics;
• Comfortable and elastic material allowing for freedom of movement.