4keepers Soft Azur NC goalkeeper gloves blue (SOFTAZURNC)

The 4keepers Soft Azur NC blue goalkeeper gloves set a new standard of precision and comfort for demanding goalkeepers. This model combines an ergonomic Negative cut with technological solutions that support a secure grip and fit during intense play.

Ventilation and Flexibility with Jacquard Mesh

Jacquard Mesh technology provides excellent breathability and flexibility in contact zones, increasing comfort even during dynamic saves. The use of this type of mesh allows efficient air exchange and reduces the feeling of overheating. This material also ensures a high freedom of movement, which is crucial in situations requiring quick reactions.

New Basic Grip Foam

The gripping layer is made from New Basic Grip foam with enhanced ball adhesion. This foam effectively supports control and stabilisation of the football during saves, even in wet conditions on the pitch. The material’s structure not only improves grip but also helps reduce vibrations on contact with the ball.

Anatomical Cut and Secure Fastening

The Negative cut fits precisely to the shape of the hand, increasing ball feel and allowing natural finger movement. The elastic latex strap enables quick and secure fastening, keeping the glove stable during play. The design solutions of the 4keepers Soft Azur NC model provide optimal support both when jumping and making saves on the goal line.

4keepers Soft Azur NC Blue Goalkeeper Gloves – Features:

• Negative cut construction for a precise fit to the hand;
• Jacquard Mesh technology ensuring effective glove ventilation;
• New Basic Grip foam enhancing ball control;
• Elastic latex strap guaranteeing stable wrist fastening;
• Ergonomic shape allowing a natural range of finger movement;
• High level of comfort even during prolonged play;
• Suitable ball adhesion also in rainy conditions;
• No finger stiffening for better ball feel and faster reactions;
• Universal use for both training and league matches;
• Highly breathable material minimising hand overheating.