Men's thermal sweatshirt Bogner Fire+Ice Pascal lapis blue (54094946-397)

Men's thermal active sweatshirt Bogner Fire+Ice Pascal lapis blue combines modern technologies with user comfort. It is made of polyester and elastane, which ensures flexibility and durability of the material. The breathable and quick-drying material increases thermal comfort during physical activity.

Technologies and materials

The Bogner Fire+Ice Pascal sweatshirt is made of a polyester and elastane blend, which affects its flexibility and durability. This material is known for its resistance to mechanical damage and ease of care. The breathability feature effectively wicks moisture away from the skin's surface, allowing for comfort even during intense exertion.

Construction and functionality

Men's thermal active sweatshirt Bogner Fire+Ice Pascal lapis blue features a regular fit, ensuring freedom of movement and versatility in wearing. The long sleeves increase protection against the cold, which is important in changing weather conditions. The quick-drying material allows for rapid moisture evaporation, beneficial during training and travel.

Comfort and fit

The Bogner Fire+Ice Pascal sweatshirt, with its regular fit, performs well in various sports activities. The elastic material allows for complete freedom of movement, which is important during dynamic exercises. The combination of polyester and elastane contributes to the comfort of wearing and the functionality of the clothing in various conditions.

Men's thermal active sweatshirt BOGNER FIRE+ICE Pascal lapis blue - features:

• Made of polyester and elastane, which affects the flexibility and durability of the material;
• Breathable material effectively wicks moisture away from the skin's surface;
• Quick-drying material enables rapid evaporation of moisture;
• Regular fit ensures freedom of movement and versatility in wearing;
• Long sleeves increase protection against the cold;
• Material resistant to mechanical damage and easy to care for;
• Functionality and comfort in various weather conditions.