Women Fundango Ski Pants | Morta Magenta

The Fundango Morta Women’S Ski Pants Are Made Up Of A Fabric With Four-Way Elastic Structure And Have Pre-Cut Knees, Thus Providing Maximum Mobility. The Adjustable Waistline And The Format With Adjustable Breastplate Guarantees That You Won’T Drop Your Pants, Not Even During Dynamic Movement. The Premium-Quality Synthetic Filling Maintains Warmth Without Decreasing The Ventilation Capacity, Not Even In Unfavourable Weather Conditions. The Welded Seams Don’T Allow The Penetration Of Precipitation Which Takes You By Surprise. The Snow Flap Which Can Be Attached To The Jacket Does Not Allow The Snow To Penetrate Under The Clothing, Not Even In Case Of Greater Falls. The Outer Pockets With Zipper Fit Comfortably Your Most Important Valuables. The Ski Pants Are Made With Dripex Material Of Exceptional Quality, Created With The Inspiration And Support Of Athletes Who Train Under Extreme Weather Conditions. The Dripex Treatment And Drawing Comply With Their Exigencies, So That The Material Is Protected And Strengthened On The Entire Width, From The Inside And Outside, The Cold Wind And Unwanted Humidity Can’T Penetrate At All, While The Sweat Steam Formed During Active Movement Have A Free Path To The Exterior. 15,000 Mm Means That 1 Square Centimetre Of Fabric Withstands The Pressure Of A 15,000 Millimetre Water Column Without Allowing Moisture To Pass Through. This Value Means That This Is Already A Premium Category Clothing: The Ski Pants Are Water Resistant Even In Heavy Rain. Due To Their Ventilation Orifices, These Pants Provide A Perfect Combination Of Thermal Insulation And Optimum Ventilation. The Fabric Of These Pants Is Designed With Two Layers: The Membrane Is Fixed On The Inside Of The Fabric, Thus Forming The First Layer, And The Second, Breathable Layer Is Lightly Sewn On The Inner Surface Of The Clothing. The Fine-To-Touch Lining Absorbs Sweat, Than Drains It Into The Next Layer From Where It Evaporates More Efficiently. The Breathability Of These Ski Pants Is Of 10,000 G/M2/H.