Brubeck Active Wool women's thermal boxer shorts 994A black BX10860 (BX10860W)

Brubeck Active Wool women's thermal boxers black is an excellent choice for active women looking for comfort and functionality. Made from a combination of polyamide, merino wool, polypropylene, and elastane, they provide exceptional thermal properties that perform well in various weather conditions. The merino wool, being a part of their composition, offers natural thermoregulating properties that help maintain optimal body temperature.

Breathability technology

The Brubeck Active Wool women's thermal boxers black are characterised by excellent breathability, allowing for great moisture management. The materials used in production, such as polyamide and polypropylene, aid in wicking sweat away from the body, keeping the skin dry even during intense physical exertion. As a result, wearers can feel comfortable all day long, regardless of their activity level.

Quick-drying properties

The Brubeck Active Wool women's thermal boxers black are made from materials with quick-drying properties. This feature ensures that the underwear dries quickly after washing or intense activity, which is extremely practical for those leading an active lifestyle. This makes it easy to keep the boxers clean and ready for reuse.

Properties of elastane

The addition of elastane in the Brubeck Active Wool women's thermal boxers black ensures an excellent fit to the body, offering complete freedom of movement. Elastane makes the material elastic and comfortable, which is crucial during sports or everyday wear. As a result, the boxers fit perfectly to the body without restricting movement.

Brubeck Active Wool women's thermal boxers - features:

• Regular fit cut ensuring a good fit;
• Polyamide, merino wool, polypropylene, and elastane in the material composition;
• Breathability providing comfort during physical activities;
• Quick-drying material enhancing user comfort;
• Up to 50% merino wool content offering excellent thermoregulating properties;
• Elastane ensuring flexibility and freedom of movement.