Women's thermal sweatshirt Bogner Fire+Ice Margo 2 black (54581970-026)

Women's thermoregulating sweatshirt Bogner Fire+Ice Margo 2 black is a versatile piece of sportswear that combines advanced technologies with functionality. Thanks to the use of breathable and quick-drying material, it ensures comfort during various physical activities. Regular Fit guarantees freedom of movement, making this sweatshirt an ideal choice for training in changing conditions.

Material Properties

The Bogner Fire+Ice Margo 2 sweatshirt uses a blend of polyester and elastane, which affects its flexibility and durability. Polyester is responsible for effective moisture wicking, keeping the skin dry even during intense exertion. The addition of elastane increases the flexibility of the material, enabling complete freedom of movement during workouts.

Construction and Comfort

Women's thermoregulating sweatshirt Bogner Fire+Ice Margo 2 black features long sleeves that provide additional protection against the cold. The breathable material supports the natural regulation of body temperature, which is particularly important during intense training. Regular Fit adapts to the silhouette without restricting the range of motion.

Functionality and Practical Use

The Bogner Fire+Ice Margo 2 sweatshirt is designed with active users in mind. The quick-drying material allows for swift evaporation of sweat, enhancing comfort during and after training. This solution works perfectly in various weather conditions, retaining its properties even during increased effort.

Women's thermoregulating sweatshirt BOGNER FIRE+ICE Margo 2 black - features:

• Breathable material supports natural air circulation;
• Quick-drying material allows for rapid moisture evaporation;
• Blend of polyester and elastane increases flexibility and durability;
• Regular Fit ensures freedom of movement during activities;
• Long sleeves offer additional protection against the cold;
• Flexibility of the material adapts to the user's silhouette;
• Ideal for use in changing weather conditions.