Women's Columbia Midweight Stretch thermo-active trousers black (1639031011)

Columbia Midweight Stretch black women's thermal leggings utilise advanced technologies to ensure maximum comfort during activities in cooler conditions. The right blend of polyester and elastane provides elasticity and guarantees an excellent fit to the body shape.

Omni-Wick™ and Omni-Heat™ Technologies

The Columbia Midweight Stretch model features Omni-Wick™ technology, which quickly wicks moisture away from the skin's surface to the outside of the fabric. Additionally, the presence of Omni-Heat™ technology supports effective thermoregulation by reflecting and retaining heat generated by the body. The combination of these solutions results in a dry microclimate and effective protection against cooling during exertion.

Flexible Material and Antibacterial Properties

The leggings are made from a material that combines 85% polyester and 15% elastane, providing high stretch and freedom of movement while maintaining the garment's shape. Antibacterial properties reduce the development of unpleasant odours, enhancing comfort during intense workouts. The fitted slim fit design accentuates the figure and ensures comfort during any winter activity.

Construction Dedicated to Winter Sports

The long leg and absence of a fly make this model suitable as a base layer under a ski suit or outdoor clothing. Columbia Midweight Stretch leggings are designed specifically for winter sports, offering outstanding functionality during skiing, snowboarding, or trekking in low temperatures.

Columbia Midweight Stretch black women's thermal leggings - features:

• Use of Omni-Wick™ technology for effective moisture wicking;
• Material combining 85% polyester and 15% elastane;
• High elasticity of the material ensuring freedom of movement;
• Fitted, feminine slim fit design;
• Long leg optimal for winter clothing;
• No fly increasing comfort as a base layer;
• Dedicated to winter sports and outdoor activities;
• Effective combination of breathability and heat retention.