Women's thermal underwear set Woolcano SET1089 Black (WLC-B6AP100-BLK)

The WOOLCANO SET1089 women's thermoregulating underwear set provides thermal insulation and complete comfort during winter activities. The seamless zoned construction reduces the risk of chafing under layers of clothing. The thoughtful material composition protects the body from sudden cooling.

Thermoregulation and moisture wicking

With 61% merino wool, it supports the natural temperature control of the body. Quick-drying polyester and polyamide effectively wick moisture away from the fabric. The material efficiently absorbs water vapour and prevents overheating.

Durability and flexible fit

The addition of 25% polyamide and 14% polyester strengthens the entire structure of the fabric. The material exhibits a high level of compression and resistance to abrasion. The fitted cut with long sleeves and long legs snugly adheres to the body.

Antibacterial properties and comfort

The WOOLCANO SET1089 women's thermoregulating underwear set effectively inhibits the formation of unpleasant odours during exertion. The natural properties of wool ensure a long-lasting feeling of freshness on the trail. The zoned structure of the fabric guarantees complete freedom of movement in challenging conditions.

WOOLCANO SET1089 women's thermoregulating underwear set - features:

• 61% merino wool content provides effective thermoregulation for the male body in the field;

• The addition of 25% polyamide increases the fabric's resistance to abrasion and mechanical damage;

• The blend of 14% polyester supports quick drying of the clothing during intense effort;

• The seamless zoned construction effectively protects the male skin from chafing;

• The compressive properties of the fabric support the muscles and provide a precise fit to the body shape;

• The natural properties of the material inhibit the growth of bacteria and the formation of unpleasant odours;

• Long sleeves and long legs ensure full coverage of the body against the cold;

• The breathable structure of the material allows for efficient ventilation during winter activities.