Women's running top Mizuno DryAeroFlow Graphic Tee oni red (J2GAC20599)

Mizuno DryAeroFlow Graphic Tee for Women in Oni Red is an excellent choice for active women who value comfort and functionality during workouts. Made from polyester, it provides quick moisture wicking and, thanks to DryAeroFlow technology, offers exceptional breathability. The regular fit cut and round neckline ensure freedom of movement, which is crucial during intense running sessions.

DryAeroFlow – technology for runners

The Mizuno DryAeroFlow Graphic Tee for Women in Oni Red utilises advanced DryAeroFlow technology, which aids in moisture wicking. As a result, the fabric keeps the skin dry, even during intense exertion. This innovative technology makes the shirt ideal for long distances and challenging workouts, providing users with maximum comfort at all times.

Reflective elements for safety

The Mizuno DryAeroFlow Graphic Tee for Women in Oni Red is equipped with reflective elements that enhance visibility when running in low light. This is an important aspect for every runner who cares about their safety. Thanks to the reflective details, users can feel more secure while running in poorly lit conditions, making this shirt a perfect choice for any time of day.

Mizuno's ecological approach

The Mizuno DryAeroFlow Graphic Tee for Women in Oni Red is made from recycled materials, emphasising Mizuno's commitment to environmental protection. This planet-friendly solution also offers high quality and durability. By using recycled materials, you can enjoy the comfort of running with a greater ecological awareness.

Mizuno DryAeroFlow Graphic Tee for Women - Features:

• Polyester fabric providing quick moisture wicking;
• DryAeroFlow technology supporting breathability and user comfort;
• Regular fit cut ensuring freedom of movement;
• Round neckline providing comfort while wearing;
• Reflective elements increasing the runner's visibility in low light;
• Quick-drying material ensuring comfort during intense training;
• Made from recycled materials, supporting an ecological approach.