Men's sweater Woolcano SWT1093 Granatrowy/Kremowy (WLC-B6AP105-NAV)

The men's sweater WOOLCANO SWT1093 merino guarantees effective thermal protection during winter activities. Made from one hundred percent merino wool, it maintains an optimal temperature close to the body. The fitted design makes it easy to wear the garment comfortably under an outer jacket.

Natural thermoregulation and breathability

The fabric made from 100% merino wool efficiently absorbs moisture generated during movement. The structure of the material supports free air circulation without the risk of overheating the body. The natural properties of the fibres reduce the formation of unpleasant odours.

Full regulation and fit

The full-length zip allows for quick adjustment of the ventilation level as needed. The high collar creates a stable barrier protecting the neck from cold wind gusts. Elastic cuffs at the bottom and at the sleeves keep the garment in place.

Durability and functionality in the field

The men's sweater WOOLCANO SWT1093 merino features quick-drying properties during intense physical exertion. The garment efficiently transports accumulated moisture directly to the outside of the fabric. The fabric maintains its shape stability with frequent use in challenging conditions.

The men's sweater WOOLCANO SWT1093 merino - features:

• Made from 100% merino wool guarantees effective thermal insulation of the male body;

• Natural yarn supports thermoregulation and protects the skin from sudden overheating;

• The full-length zip allows for efficient adjustment of the ventilation level;

• The high collar creates effective protection for the neck against penetrating wind;

• Quick-drying material efficiently transports accumulated moisture to the outside of the fabric;

• Fitted design makes it easy to wear the garment as a functional layer under a jacket;

• Elastic cuffs at the bottom and at the sleeves stabilise the position of the garment;

• The structure of the material effectively limits the formation of unpleasant odours during exertion.