Women's New Balance Athletics terrarium heather t-shirt (WT41253TUM)

New Balance Athletics women's t-shirt terrarium heather is an excellent choice for active women looking for comfort and functionality. Made from polyester, of which 95% is recycled, it combines ecological responsibility with modern design. The regular fit cut ensures a comfortable fit, making the t-shirt ideal for daily activities and workouts.

Modern NB ICEx technologies

The New Balance Athletics women's t-shirt terrarium heather is equipped with advanced NB ICEx technology, which helps maintain optimal body temperature. Thanks to this technology, the material effectively wicks moisture away from the skin's surface, ensuring a feeling of dryness even during intense exercise. Additionally, quick-drying polyester guarantees that the t-shirt dries quickly after washing, increasing user comfort.

Safety and breathability

Reflective elements on the New Balance Athletics women's t-shirt terrarium heather increase user visibility, which is particularly important during evening workouts. The breathability of the material allows for effective air circulation, minimising the risk of overheating during physical activities. These features ensure that users can enjoy maximum comfort and safety.

Sustainability and ecology

The New Balance Athletics women's t-shirt terrarium heather also cares for the natural environment by using recycled materials. The manufacturer prioritises sustainability, as seen in the material composition, where a significant portion is derived from recycling. This approach not only conserves natural resources but also reduces the carbon footprint, which is increasingly appreciated by conscious consumers.

New Balance Athletics women's t-shirt terrarium heather - features:

• Regular fit cut providing a comfortable fit;
• NB ICEx technology enhancing thermal comfort;
• Quick-drying polyester fabric;
• Reflective elements for increased safety;
• Breathable material allowing for air circulation;
• Made from recycled polyester;
• Eco-friendly approach to garment production.