Men's ski sweatshirt Rossignol Mid Layer Stertch Half Zip dark navy (RLOML15715)

Men's Ski Sweatshirt Rossignol Mid Layer Stretch Half Zip dark navy is functional clothing designed for comfortable use on the slopes. Thanks to the use of a flexible material, which is a combination of polyester and elastane, the sweatshirt offers freedom of movement and durability. The UPF filter protects against harmful UV radiation, which is important during prolonged sun exposure.

Protective properties

The Men's Ski Sweatshirt Rossignol Mid Layer Stretch Half Zip uses UPF filter technology, which effectively reduces the penetration of UV rays. This ensures that the user is protected from the negative effects of the sun while skiing. The partial zip allows for ventilation adjustment, increasing thermal comfort in changing weather conditions.

Wear comfort

Men's Ski Sweatshirt Rossignol Mid Layer Stretch Half Zip dark navy features a regular cut that provides a comfortable fit to the silhouette. The material made of polyester and elastane is lightweight, making it easy to wear the sweatshirt as a mid-layer under a ski jacket. The elasticity of the fabric further enhances the freedom of movement, which is crucial during physical activity on the slopes.

Materials and construction

The Men's Ski Sweatshirt Rossignol Mid Layer Stretch Half Zip is made from high-quality materials, ensuring durability and resistance to wear. The combination of polyester and elastane guarantees good breathability and quick drying. This makes the sweatshirt suitable for various weather conditions, providing user comfort throughout the day.

Rossignol Mid Layer Stretch Half Zip dark navy sweatshirt - features:

• UPF filter technology protects against UV radiation;
• Partial zip allows for ventilation adjustment;
• Regular fit ensures a comfortable fit;
• Material made of polyester and elastane guarantees flexibility;
• Polyester and elastane provide durability and breathability;
• Elastic fabric enhances freedom of movement;
• Quick-drying properties of the material increase user comfort.