Men's thermal top ODLO Active Warm Originals Bl Top Crew Neck odlo steel grey melange (159292/10183)

Men’s ODLO Active Warm Originals Bl Top Crew Neck thermal sweatshirt in odlo steel grey melange is an excellent choice for active men seeking clothing that provides thermal comfort. Made from polyester, a material known for its quick-drying properties, it guarantees proper thermal insulation during cooler days. The slim fit cut accentuates the silhouette while ensuring comfort and freedom of movement, making it ideal to wear as a base layer.

ZeroScent Technology

The men’s ODLO Active Warm Originals Bl Top Crew Neck thermal sweatshirt in odlo steel grey melange is equipped with ZeroScent technology, which effectively minimises the formation of unpleasant odours. This allows the wearer to enjoy freshness even during intense physical activity. This technology is based on the use of natural substances that neutralise the bacteria responsible for odours, keeping the material fresh for longer.

Eco-friendly production

The men’s ODLO Active Warm Originals Bl Top Crew Neck thermal sweatshirt in odlo steel grey melange also stands out environmentally. Made from recycled materials, it aligns with the trend of sustainable development while caring for the planet. Recycled materials are not only a step towards environmental protection but also a guarantee of high quality and durability of the garment. This approach to clothing production helps reduce the consumption of natural resources and minimises environmental impact.

Men’s ODLO Active Warm Originals Bl Top Crew Neck thermal sweatshirt – features:

• Polyester providing quick-drying fabric properties;
• Slim fit cut ensuring a tailored fit;
• Long sleeves providing extra warmth;
• Round neckline offering a classic look;
• ZeroScent technology minimising odour formation;
• Use of natural substances in ZeroScent technology;
• Made from recycled materials supporting environmental protection;
• Eco-friendly approach to clothing production;
• High quality and durability of materials.