Ladies' Brubeck 3D Pro T-shirt black (TA10550W)

Brubeck 3D Pro Women's T-Shirt Black is designed for active women seeking comfort and functionality. Made from materials such as polypropylene and polyamide, this t-shirt offers excellent quick-drying properties and is exceptionally lightweight. The round neckline and sleeveless design provide freedom of movement, making it an ideal choice for various physical activities.

3D Technology

The Brubeck 3D Pro Women's T-Shirt Black employs advanced 3D Technology, ensuring an optimal fit to the body. This technology allows the product to adapt to the body shape, which enhances wearing comfort during intense workouts. The seamless construction further minimizes the risk of chafing, which is crucial for prolonged wear.

Compression and Functionality

The Brubeck 3D Pro Women's T-Shirt Black features compressive properties that support the muscles during physical exertion. Compression helps improve blood circulation, potentially contributing to faster recovery after workouts. Additionally, the lightweight fabric (170 g/m²) makes the t-shirt nearly unnoticeable on the body, enhancing user comfort.

Material and Craftsmanship

The Brubeck 3D Pro Women's T-Shirt Black is made from a combination of polypropylene and polyamide, ensuring durability and effective moisture management. The fabric is resistant to stretching, meaning the t-shirt retains its shape even after many washes. The seamless design and advanced production technologies create a product that meets the expectations of the most demanding users.

Brubeck 3D Pro Women's T-Shirt - Features:

• Made from polypropylene and polyamide;
• Material weight of 170 g/m² ensuring lightness;
• Round neckline for added comfort;
• Sleeveless design allowing freedom of movement;
• Quick-drying material enhancing functionality;
• Seamless construction minimizing the risk of chafing;
• Compressive properties supporting muscles;
• 3D Technology for optimal fit;
• Moisture-wicking properties ensuring comfort during exertion;
• Stretch resistance maintaining product shape.