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Strengthier durable Women's Outdoor Trousers Krony L made of technical fabric can be worriedly put on for hiking in harsh conditions. Breathable material and a sophisticated cut allow you to move comfortably even when wearing them all day.

The exposed parts of the trousers feature a 20,000 water column Husky tech membrane for waterproofing, which combined with a high-quality DWR treatment will keep you dry and warm.

Highly functional outdoor pants with membrane for hiking, harsh environment activities and year-round use.

1. Special technical single-layer material HUSKYTECH STRETCH PLUS with high abrasion resistance.
2. High breathability and maximum comfort even under higher physical loads.
3. Comfortable stretch material with a touch of elastane.
4. Fast drying material, easily wicks moisture away from the body. For performance-oriented activities.
5. Down-fitting 3-layer HUSKY PRO TECH 20 000 material with high breathability and waterproof technology on exposed parts of the pants.
6. DWR water repellent outer treatment of the material on exposed parts prevents moisture from seeping through, so water immediately runs off the surface in the form of beads.

• HUGGABLE belt
• Hook to attach to boot
• Anatomically shaped fit, pre-shaped knees
• Zippered leg opening and ventilation
• Width of legs adjustable by drawstring
• Waist adjustable by drawstring
• With gusseted inset for maximum comfort
• CAPS: outer side with zipper | outer thigh with zipper | hidden pocket for small items

Specifications:
Husky Tech Stretch Plus, Husky Tech Pro Tech 20,000, DWR, 4D Mechanical Stretch
Shearling 1: 90% polyester, 10% elastane
Shearling 2: 100% polyester
Membrane: 100% polyurethane
Sleeve material: 100% polyester
Water column: 20,000 mm H2O
Permeability: 18,000 g/m2/24 h
Weight: 365 g (size M)

Synthetic fibers
Synthetic or man-made fibers are textiles obtained by a chemical manufacturing process from natural polymers, synthetic polymers or inorganic substances. Their use, alone or in combination with natural materials, improves the properties of the product itself, such as its strength, greater elasticity, resistance to tearing or puncture, quick drying, better shape retention, or non-wrinkling.