Men's sweatshirt Napapijri B-Suze H stormy weat G1Y (NP0A4I19-G1Y1)

The men's hoodie Napapijri B-Suze H stormy weat G1Y combines high-quality materials with functionality designed for everyday use in a sportstyle. This model ensures comfort through a carefully selected fabric blend and practical construction solutions that work well in both urban and active conditions.

Cotton-polyester material

The body of the hoodie is made from a fabric that contains 90% cotton and 10% polyester, resulting in a pleasant-to-touch material and increased resistance to everyday wear. Cotton guarantees breathability and thermal comfort, while polyester strengthens the fabric structure and helps maintain its shape even after intensive wear. The balanced material composition of the Napapijri B-Suze H model ensures comfort during a variety of activities.

Hood and pocket construction

The hoodie features an ergonomic hood that protects against adverse weather conditions and enhances the product's functionality. Practical pockets allow for convenient storage of small items during everyday use. The absence of a classic fastening and the long sleeves ensure freedom of movement and a comfortable fit.

Comfort and relaxed fit

This model features a relaxed fit cut, providing maximum comfort throughout the day. The Napapijri B-Suze H hoodie has been designed with an active lifestyle in mind, integrating a hood and pockets that increase its practicality for urban and sports use. The advanced fit highlights the versatility of applications and comfort during any activity.

Men's hoodie Napapijri B-Suze H stormy weat G1Y - features:

• Fabric blend of 90% cotton and 10% polyester providing comfort and durability;
• Breathable material enhancing thermal comfort during wear;
• Hood providing additional protection against bad weather;
• Relaxed fit cut for maximum freedom of movement;
• Long sleeves supporting protection against the cold;
• Construction without classic fastening for easy wear;
• Sportstyle intended for everyday and active wear;
• Ergonomic construction solutions enhancing the model's functionality;
• High material resistance for frequent use.