Women's T-shirt Nike One Classic Dri-Fit SS cacao wow/white (FN2798-212)

Women's Nike One Classic Dri-Fit SS cacao wow/white T-shirt is a sporty T-shirt designed with comfort and functionality in mind. The use of Dri-FIT technology supports effective moisture wicking, translating into a feeling of dryness during physical activity. The use of 75% recycled materials demonstrates the brand's eco-friendly approach.

Technologies and materials

The Nike One Classic Dri-Fit T-shirt features Dri-FIT technology, which effectively wicks moisture from the skin's surface, allowing comfort to be maintained even during intense effort. The material, predominantly made of polyester and elastane, provides flexibility and durability, enhancing freedom of movement. The breathability of the fabric additionally supports ventilation, which is important during longer training sessions.

Construction and functionality

Women's Nike One Classic Dri-Fit SS cacao wow/white T-shirt has a regular fit, ensuring comfort and freedom of movement. The short sleeves and round neckline are classic elements that work well in various sports styles. Additional reflective elements increase the user's visibility after dark, which is crucial for those training outdoors.

Ecology and sustainability

The Nike One Classic Dri-Fit T-shirt was created with the intention of protecting the environment, highlighted by the use of 75% recycled materials. This approach not only reduces resource consumption but also aligns with the brand's sustainability strategy. The quick-drying material further enhances functionality, making the product easy to maintain.

Nike T-shirt Women's Nike One Classic Dri-Fit SS cacao wow/white - features:

• Dri-FIT technology supports moisture wicking;
• Polyester and elastane material provides flexibility;
• Fabric breathability supports ventilation;
• Regular fit increases user comfort;
• Short sleeves and round neckline are classic construction elements;
• Reflective elements enhance visibility after dark;
• The use of 75% recycled materials reduces resource consumption.