Women's sweater Super.Natural Freeride Roll Neck cashmere grey melange / f. white / f. white (SNW027750/49J)

Super.Natural Freeride Roll Neck Women's Sweater cashmere grey melange / f. white / f. white is the perfect choice for those seeking comfort and functionality in everyday use. With the presence of merino wool and polyester, the sweater features excellent breathability and quick-drying properties.

Breathability and Comfort

The Super.Natural Freeride Roll Neck sweater utilises the natural properties of merino wool, which support body temperature regulation, ensuring thermal comfort. This material effectively wicks moisture away from the skin's surface, enhancing comfort during various activities. The breathability of the material allows freshness to be maintained even with intense use.

Quick-Drying Material

Super.Natural Freeride Roll Neck Women's Sweater cashmere grey melange / f. white / f. white is made from a material that features quick-drying properties. Thanks to the combination of polyester and merino wool, the sweater effectively manages moisture, which speeds up the drying process after washing. This is a practical solution for those who value comfort and functionality in clothing.

Fit and Flexibility

The Super.Natural Freeride Roll Neck sweater offers a regular fit that provides freedom of movement. The addition of elastane makes the material flexible, enhancing wearing comfort and fit to the silhouette. This is particularly important during physical activities, where complete freedom of movement is essential.

Super.Natural Freeride Roll Neck Women's Sweater - Features:

• The material is a combination of polyester, merino wool, and elastane;
• The sweater provides breathability, increasing user comfort;
• Quick-drying material facilitates maintenance and use;
• The natural properties of merino wool support body temperature regulation;
• Regular fit guarantees freedom of movement;
• The addition of elastane increases the flexibility of the material;
• The sweater is characterised by durability due to the materials used.