Men's ski sweatshirt Kilpi Erin black (ZM0206KI)

The men's ski sweatshirt Kilpi Erin black has been designed with snow activities in mind, offering functionality tailored to the demands of winter sports. The durable material used ensures freedom of movement during intensive use on the slopes.

Flexible polyester material with added elastane

The main material in the sweatshirt's construction is polyester with a 5% elastane blend, resulting in high elasticity and resistance to abrasion. This combination of fibres allows the Kilpi Erin model to fit the body perfectly, without restricting freedom of movement even during dynamic skiing. The properties of synthetic fibres also support moisture wicking away from the body.

Functional user details

The sweatshirt is equipped with a full-length zipper, allowing for quick putting on and effective thermal regulation during physical exertion. Practical zippered pockets provide safe storage for small ski accessories. The classic, regular fit and long sleeves ensure comfort throughout the day on the slopes.

Designed for winter sports

The Kilpi Erin model has been designed with winter sports in mind, where the combination of mobility and durability is crucial. The sweatshirt's design does not include a hood, making it easier to layer under a ski jacket. The solutions applied ensure that the clothing is suitable for both skiing and other outdoor winter activities.

Men's ski sweatshirt Kilpi Erin black - features:

• Durable fabric with a dominance of polyester and added elastane;
• Full zipper for convenient wearing and ventilation;
• Zippered pockets for secure storage;
• Flexible construction ensuring freedom of movement during activities;
• Regular cut facilitating layering under a ski jacket;
• Long sleeves protecting the shoulders and forearms from the cold;
• No hood, making it easy to wear with other layers of clothing;
• Suitable for winter sports and outdoor activities;
• Synthetic fibres supporting moisture wicking away from the body;
• Durable fabric resistant to abrasion and stretching.