Men's Houdini Pace Flow Houdi true black (8300119002)

Men's Hoodie Houdini Pace Flow Houdi true black is versatile clothing designed for active men who value comfort and functionality. Made entirely from recycled polyester, the hoodie combines lightness with excellent breathability. Intended for various outdoor activities, it provides proper body temperature regulation and freedom of movement thanks to its regular fit.

Polartec® Power Dry® Technology

The men's hoodie Houdini Pace Flow Houdi true black uses advanced Polartec® Power Dry® technology, which ensures optimal moisture wicking. Thanks to this technology, the fabric dries quickly, minimizing the risk of overheating and providing comfort even during intense exertion. Additionally, the fabric structure allows effective air circulation, increasing the breathability of the hoodie.

Functional Details

With a full zipper, the men's hoodie Houdini Pace Flow Houdi true black allows easy regulation of body temperature. The presence of a hood provides additional protection against the cold, and practical pockets enable storage of small items. All these elements are designed to enhance the functionality and comfort of the hoodie for everyday use.

Ecological Approach

The men's hoodie Houdini Pace Flow Houdi true black is not only functional but also environmentally conscious. The product is fully recyclable and made from recycled materials. It holds the Bluesign® certificate, confirming its ecological properties and Houdini's commitment to sustainable development.

Men's Hoodie Houdini Pace Flow Houdi - features:

• Versatile clothing for active men;
• Made from recycled polyester with a weight of 156 g/m²;
• Polartec® Power Dry® technology ensuring optimal moisture wicking;
• Regular fit providing freedom of movement;
• Full zipper for easy body temperature regulation;
• Hood for additional protection against the cold;
• Practical pockets for small items;
• Breathable material ensuring comfort during activities;
• Fully recyclable product;
• Bluesign® certificate confirming ecological properties.