Women's T-shirt Nike Pro pink rise/white (FZ3615-621)

Women's Nike Pro pink rise/white t-shirt provides an excellent fit thanks to its slim fit design, making it an ideal choice for active women seeking comfort and style. Made from polyester and elastane, it guarantees flexibility and durability, as well as quick drying. With the use of Dri-FIT technology, the material effectively wicks moisture, allowing for comfort even during intense workouts.

Dri-FIT Technology

The women's Nike Pro pink rise/white t-shirt utilises advanced Dri-FIT technology, which ensures optimal moisture management. This allows the material to effectively draw sweat away from the skin's surface, maintaining dryness and comfort during intense physical activities. The round neckline further emphasises its sporty character while allowing for freedom of movement.

Breathability and Comfort

The women's Nike Pro pink rise/white t-shirt features high breathability, which is crucial for ensuring comfort during workouts. The materials used in its production effectively regulate body temperature, making the t-shirt perfect for a variety of sports activities. The combination of polyester and elastane enhances its flexibility, guaranteeing full freedom of movement.

Environmental Responsibility

The women's Nike Pro pink rise/white t-shirt also stands out for its eco-friendliness, made possible by the use of 75% recycled materials. Nike cares about sustainability, which is reflected in the use of recycled materials, reducing environmental impact. It is an excellent choice for those who pay attention to the ecological aspects of their purchases.

Women's Nike Pro T-shirt - features:

• Slim fit cut providing an excellent fit;
• Made from polyester and elastane ensuring flexibility and durability;
• Use of Dri-FIT technology ensuring moisture management;
• Round neckline providing freedom of movement;
• High breathability ensuring comfort during workouts;
• Quick-drying material ensuring dryness and comfort;
• 75% recycled material providing an ecological approach;
• Recycled materials supporting sustainability.