Women's T-shirt New Balance Athletics Tank candied violet heather (WT41250AB7)

New Balance Athletics Tank women's t-shirt in candied violet heather is an excellent choice for active women seeking comfort and functionality. Made from polyester, the t-shirt offers great quick-drying properties, which is especially important during intense workouts. The regular fit cut ensures freedom of movement, making the t-shirt perfect for a variety of physical activities.

NB ICEx Technology

The New Balance Athletics Tank women's t-shirt in candied violet heather utilises advanced NB ICEx technology. Thanks to this solution, the t-shirt effectively regulates body temperature, providing a cooling sensation during exertion. This technology contributes to increased comfort, which is crucial for those exercising in warmer conditions.

Breathability and recycled material

The New Balance Athletics Tank women's t-shirt in candied violet heather features high breathability, allowing effective moisture wicking from the skin’s surface. Made from recycled polyester, the t-shirt combines modern functionality with a responsible approach to environmental protection. The use of recycled materials not only supports sustainable development but also ensures the product’s durability and strength.

Eco-friendly approach

The New Balance Athletics Tank women's t-shirt in candied violet heather is an example of how New Balance cares for the natural environment. The use of recycled materials in the production of this model highlights the brand’s commitment to promoting eco-friendly solutions. As a result, every purchase of this t-shirt supports efforts to reduce waste and protect the planet.

New Balance Athletics Tank women's t-shirt – features:

• Made from polyester for quick drying;
• Regular fit cut ensuring comfort and freedom of movement;
• Breathable material for effective moisture wicking;
• NB ICEx technology regulating body temperature;
• Use of recycled polyester for environmental protection;
• Recycled material emphasising a responsible production approach;
• High durability and strength of the material;
• Suitable for a variety of physical activities;
• Support for sustainable development through the use of recycled materials.