Women's thermal sweatshirt X-Bionic Mightywool Light Shirt x black (MWYTLTW26W)

Women's X-Bionic Mightywool Light Shirt x black thermal shirt is an advanced product designed to provide comfort during physical activities. Thanks to the use of merino wool and the 3D Bionic Sphere® System technology, the shirt effectively regulates body temperature, resulting in better heat and moisture management.

Advanced technologies

The X-Bionic Mightywool Light Shirt utilises the 3D Bionic Sphere® System, which supports natural thermoregulation by adapting to changing conditions. Tentacle Technology provides additional support in moisture management, allowing for dry skin even during intense exertion. Additionally, HygroWick accelerates the drying process of the fabric, minimising the feeling of dampness.

Functionality and construction

Women's X-Bionic Mightywool Light Shirt x black thermal shirt features a regular fit, offering freedom of movement and wearing comfort. The round neckline and long sleeves enhance practicality, making it suitable for various weather conditions. The material, a blend of merino wool, polyamide, elastane, and polyester, combines breathable and stretchy properties, increasing user comfort.

Materials and comfort

The X-Bionic Mightywool Light Shirt features a high content of merino wool, ensuring natural breathability and antibacterial properties. As a result, the fabric does not retain unpleasant odours, which is important during prolonged wear. The regular fit makes the shirt versatile and well-suited for different body shapes.

Women's X-Bionic Mightywool Light Shirt - features:

• 3D Bionic Sphere® System technology supports body thermoregulation;
• Tentacle Technology effectively transfers sweat away from the skin surface;
• HygroWick accelerates the drying process of the fabric;
• Regular fit provides comfort and freedom of movement;
• Round neckline and long sleeves increase functionality;
• Blend of merino wool and synthetic materials combines breathability and flexibility;
• Natural antibacterial properties reduce odour retention.