Beschreibung
Featuring C.E.F. Technology, this WARM PANT will fit like a glove. Not only that, but seamless technology creates a body mapping effect, moving with you and letting muscles fire at peak performance. The special Carbon Energized Fiber and polypropylene Dryarn® blend ensures that skin stays dry thanks to the high-tech breathability of the fabric, which wicks sweat towards the surface of the material for quick evaporation. This also helps keep the temperature of the body constant and comfortable, no matter the weather. At the groin, lower back and back of the knees, an ultra-light Open Work mesh ensures the body cools down quickly, keeping legs energized and fatigue-free.
STANDARD 100 by OEKO TEX® CERTIFIED
TECHNICAL BENEFITS DURING PHYSICAL ACTIVITY
TEMPERATURE STABILIZATION
When wearing Under Shield. garments, the fluctuation in body heat caused by physical activity is three times less volatile compared to polyester garments, maintaining a steady, comfortable temperature.
LOWER HEART RATE
Carbon Energized Technology can lower an athlete’s heart rate by 4 beats per minute compared to polyester.
BETTER BREATHING
Under Shield garments help improve respiratory efficiency, reducing oxygen intake requirements by 3 litters per minute on average.
LACTIC ACID
Fabric with Carbon Energized Technology can reduce the production of lactic acid in capillary blood by up to 12% compared to other garments.
FABRIC PROTERTIES
SEAMLESS
Seamless garment construction protects the body and supports muscles in strategic points while leaving you unrestricted and free to move in every direction.
ANTI BACTERIAL
The wicking of sweat away from the body keeps skin dry, ensuring that bacteria don’t build up, thanks to the unique composition of C.E.F. fabric.
BREATHABILITY
Under Shield® garments wick sweat away from the skin, drawing it along the material’s fibres. Once perspiration reaches the surface of the fabric, it evaporates quickly and efficiently.
ANTISTATIC
Under Shield® garments wick sweat away from the skin, drawing it along the material’s fibres. Once perspiration reaches the surface of the fabric, it evaporates quickly and efficiently.
