Women's sweatshirt Helly Hansen Daybreaker Block light lav (49454_463)

Men's Helly Hansen Daybreaker Block light lav sweatshirt is an ideal choice for outdoor activity enthusiasts. Thanks to the use of polyester material, the sweatshirt is lightweight and comfortable, making it perfect for both walks and more intense activities. The product is made from recycled materials, highlighting its eco-friendliness.

Advanced Polartec® technology

The men's Helly Hansen Daybreaker Block light lav sweatshirt is equipped with Polartec® technology, which provides excellent thermal insulation while allowing effective air circulation. This enables the user to enjoy thermal comfort regardless of weather conditions. This technology also allows for quick moisture wicking, which is especially important during intense exertion.

Practical solutions with YKK® zipper

The sweatshirt features a full YKK® zipper, ensuring easy and quick putting on and taking off. The pockets located at the front of the sweatshirt allow for storing small items such as keys or a phone, which is extremely practical during daily activities. The regular fit of the sweatshirt provides freedom of movement, making it an ideal choice for any occasion.

Eco-friendly approach with Bluesign® certification

The men's Helly Hansen Daybreaker Block light lav sweatshirt holds the Bluesign® certification, which attests to its production with respect for the natural environment. The use of recycled materials helps reduce the negative impact on the ecosystem. By choosing to purchase this sweatshirt, you support a sustainable approach to clothing production.

Men's Helly Hansen Daybreaker Block sweatshirt - features:

• Made from lightweight polyester ensuring comfort;
• Use of Polartec® technology for excellent thermal insulation;
• High breathability thanks to specialized materials;
• Full YKK® zipper for easy putting on and taking off;
• Practical pockets for small items;
• Regular fit providing freedom of movement;
• Bluesign® certification emphasizing an eco-friendly production approach;
• Recycled materials reducing environmental impact.