Men's thermal active sweatshirt UYN Elevatyon Biomorph Turtle Neck blue atoll (U100510)

The UYN Elevatyon Biomorph Turtle Neck blue atoll men's thermal sweatshirt has been designed with intensive thermoregulation and comfort in mind for activities in cooler conditions. The advanced fibre blend and thoughtfully designed sleeve construction guarantee optimal flexibility and freedom of movement even during dynamic training sessions.

Thermoactive fibre blend

The base material of the UYN Elevatyon Biomorph Turtle Neck model is based on an innovative blend of 35% modal, 31% lyocell, 25% viscose, 4% elastane, 4% kapok, and 1% polypropylene, providing high breathability and a natural ability to wick moisture away. The use of kapok and polypropylene enhances thermal insulation while keeping the material lightweight. Modal and lyocell fibres additionally ensure a pleasant feel against the skin and quick drying of the fabric.

Advanced thermoregulation and breathability

The fibre system provides active thermoregulation during exertion thanks to high breathability and moisture-wicking capabilities. The applied technologies enable maintaining a stable body temperature in changing conditions, minimising the feeling of overheating. The lightweight fabric structure supports effective heat transfer during intense training.

UYN Elevatyon Biomorph Turtle Neck blue atoll men's thermal sweatshirt - features:

• Advanced blend of modal, lyocell, and viscose fibres for thermal comfort;
• Addition of kapok and polypropylene improving thermal insulation;
• Flexibility enhanced by 4% elastane content in the material;
• Breathable fabric with high moisture-wicking capacity;
• Slim fit design that hugs the silhouette perfectly;
• Long sleeves for full thermal protection of the arms;
• Thermoactive fabric supports active thermoregulation;
• Underwear designed for intensive sports activities;
• Lightweight fabric structure ensuring comfort during use;
• High resistance to stretching and loss of shape;
• Very quick drying and pleasant contact with the skin;
• Excellent elasticity reducing the risk of chafing;
• Versatility for use in various weather conditions.