Men's The North Face 100 Glacier Full Zip sweatshirt moss green (NF0A855X1OB)

Men's The North Face 100 Glacier Full Zip sweatshirt moss green is an excellent choice for outdoor adventure enthusiasts. Made from high-quality recycled polyester, the sweatshirt provides comfort and protection against the cold. The regular fit perfectly adapts to the silhouette, making it a comfortable choice for various outdoor activities.

Advanced material technology

The men's The North Face 100 Glacier Full Zip sweatshirt moss green features the use of innovative materials. The use of recycled polyester not only supports environmental protection but also provides excellent thermal properties. The fabric weight of 160 g/m² guarantees adequate thermal insulation while remaining lightweight and comfortable to wear.

Functionality and comfort

The men's The North Face 100 Glacier Full Zip sweatshirt moss green has a full zipper, making it easy to put on and take off. The stand-up collar additionally protects against the wind, and the long sleeves provide full freedom of movement. Practical pockets allow for storing small items, increasing the sweatshirt's functionality during everyday activities.

Environmental care

The men's The North Face 100 Glacier Full Zip sweatshirt moss green was made with sustainability in mind. Materials from recycling contribute to reduced consumption of natural resources. Therefore, this product is a conscious choice for environmentally conscious people looking for planet-friendly clothing.

Men's The North Face 100 Glacier Full Zip sweatshirt - features:

• Regular fit ensuring comfort during use;
• High-quality recycled polyester guaranteeing durability and thermal comfort;
• Full zipper facilitating putting on and taking off the sweatshirt;
• Stand-up collar protecting against the wind;
• Practical pockets for storing small items;
• Long sleeves for full freedom of movement;
• Fabric weight of 160 g/m² providing light thermal insulation;
• Environmentally friendly product thanks to the use of recycled materials.