Men's thermal sweatshirt Patagonia Capilene Thermal Weight Crew autumn orange (43648)

Men’s thermal base layer Patagonia Capilene Thermal Weight Crew autumn orange is the perfect solution for active men seeking comfort and performance. Made from polyester and elastane, the top offers excellent breathability and flexibility, which are essential during intense physical activity. The slim fit cut provides a tailored look that highlights the silhouette while ensuring freedom of movement. The crew neck adds a classic touch, and the long sleeves offer extra protection on cooler days.

Advanced technologies

The men’s thermal base layer Patagonia Capilene Thermal Weight Crew autumn orange utilises advanced technologies that enhance its functionality. Polartec® Power Grid™ technology ensures optimal heat retention while reducing the product’s weight. Thanks to HeiQ® Mint technology, the top stays fresh for a long time, which is important for active individuals. Additionally, the use of e.dye® technology allows for deeper colour saturation while reducing water consumption during production.

Environmental responsibility

The men’s thermal base layer Patagonia Capilene Thermal Weight Crew autumn orange exemplifies a responsible approach to clothing production. Made from recycled materials, it highlights Patagonia’s commitment to environmental protection. The responsible sourcing process guarantees that the product aligns with sustainable development principles. As a result, the top not only meets performance expectations but also contributes to protecting our planet.

Men’s thermal base layer Patagonia Capilene Thermal Weight Crew – features:

• Polyester and elastane providing breathability and flexibility;
• Slim fit cut ensuring a tailored fit and freedom of movement;
• Crew neck adding a classic look;
• Long sleeves offering extra protection on chilly days;
• Polartec® Power Grid™ technology ensuring optimal heat retention;
• HeiQ® Mint technology maintaining freshness for a long time;
• e.dye® technology reducing water consumption during production;
• Quick-drying material providing comfort during physical exertion;
• Product made from recycled materials highlighting environmental commitment;
• Responsible sourcing of raw materials in line with sustainable development principles.