The North Face women's Drew Peak Crew white dune sweatshirt (NF0A89EFQLI1)

The North Face Drew Peak Crew women's sweatshirt white dune is an excellent choice for those seeking comfort and functionality for everyday wear. Made from a blend of cotton and recycled polyester, the sweatshirt offers durability and a soft feel. Its regular fit makes it ideal for daily wear, while providing freedom of movement. Thanks to the round neckline, the sweatshirt maintains a classic and versatile look.

Technologies and materials

The North Face Drew Peak Crew women's sweatshirt white dune uses recycled materials, which is an important step towards sustainable fashion. The use of 20% recycled polyester helps reduce waste and lessen the negative environmental impact. With a weight of 360 g/m², the sweatshirt provides adequate thermal insulation, making it perfect for cooler days.

Design and comfort

The design of The North Face Drew Peak Crew women's sweatshirt white dune has been created with maximum user comfort in mind. It is a minimalist and practical choice for any occasion. The regular fit allows easy adaptation to different body shapes, and the use of cotton ensures breathability and comfort throughout the day.

Environmental friendliness

In the context of sustainable development, The North Face Drew Peak Crew women's sweatshirt white dune is a responsible choice. The use of recycled materials, such as polyester, helps reduce carbon dioxide emissions and the consumption of natural resources. Therefore, every purchase of this sweatshirt contributes to protecting our environment.

The North Face Drew Peak Crew women's sweatshirt - features:

• Comfortable and functional choice for everyday wear;
• Made from a blend of cotton and recycled polyester;
• Regular fit providing freedom of movement;
• Round neckline for a classic look;
• Use of 20% recycled polyester;
• 360 g/m² weight ensuring thermal insulation;
• Long sleeves for additional comfort on cold days;
• Breathability thanks to the use of cotton;
• Contributes to environmental protection through the use of recycled materials.