Hockey gloves CCM Next SR Gloves red/white (HGNEXT26-SR13REDWHT)

CCM Next SR Gloves red/white ice hockey gloves are an excellent choice for hockey players seeking the perfect combination of protection and comfort. Made from durable materials such as polyester and polyethylene, they offer exceptional durability and resistance to mechanical damage. These five-finger gloves provide complete freedom of movement, which is crucial during dynamic play on the ice.

Protection and comfort

CCM Next SR Gloves red/white ice hockey gloves have been designed to ensure maximum hand protection during intense play. The materials used in their production, such as polyethylene, guarantee effective protection against impacts and abrasions. These gloves also feature an ergonomic shape that provides a natural fit to the hand, significantly enhancing user comfort.

Functionality and freedom of movement

The construction of CCM Next SR Gloves red/white ice hockey gloves incorporates solutions that allow for complete freedom of movement. Thanks to the five-finger design, the user can count on precise control over the hockey stick, which is vital during play. Additionally, the materials ensure breathability, which minimises the risk of excessive hand sweating.

Design and durability

CCM Next SR Gloves red/white ice hockey gloves stand out with their modern design and meticulous craftsmanship. High-quality materials, such as polyester, ensure that the gloves maintain their appearance and functionality even after many hours of intensive use. This is the perfect choice for players who value both aesthetics and the durability of sports equipment.

CCM Next SR Gloves - features:

• Durable construction made from polyester and polyethylene;
• Five-finger design providing complete freedom of movement;
• Ergonomic shape for a natural fit to the hand;
• Impact protection thanks to the use of polyethylene;
• Breathable materials minimising hand sweating;
• Modern design and meticulous craftsmanship;
• Optimal control over the hockey stick;
• High durability of materials even with intensive use.