The optimal body temperature of humans is 37 ° C so that the body can provide high performance.
Once exposed to extreme temperature changes in the form of heat build-up or cold shock, it reacts with energy consumption which affects its performance. During the development of the "Energizer MK2" special attention has been paid to this aspect and through high-quality features a system is created which conserves valuable energy in order to be able to convert it into sports performance. For a comfortable fit, the ladies underpants with a normal long elastic waistband.
The Mid Compression has a stimulating effect on the muscles and ensures a snug fit.
Through a "3D Bionic Sphere System" dries, cools and warms the underpants at specific points of the body. In addition, the "Energizer MK2" consists of 70% high-quality Skin NODOR in which an inorganic bacteriostatic agent is incorporated.
This reduces bacterial growth and reduces odors. By using SweatTraps, wet is absorbed before it becomes noticeable.
For optimum stabilization of the knee provides an "ExpansionKnee", which also holds the insulation in the bent state upright. Especially in the area of the back of the knees it quickly sweats, resulting in undercooling.
Through the use of an "AirConditioningSpot" is the sweat? processed using a net knit fabric at this point.
With the X-Bionic underpants you experience a comfort of the new generation. The high-quality material compositions cool when you sweat and donate warm when you are cold.
-Dries, cools and warms in specific places.
-Mid Compression snug fit, stimulating effect
-SKIN NODOR reduces the formation of odors, reduces bacterial growth
-Sweat traps prevent the churning of sweat and cool
-3D Bionic Sphere System ensures optimum grip and climate comfort.
-ExpansionKnee stabilizes the knee joint and preserves the insulation
-AirConditioningSpot processed at the popliteal fossaSweat -Material: 91% polyamide, 5% spandex, 4% polyprophylene
-Technical composition: 70% Skin NODOR, 21% Polyamide, 5% Elasthane, 4% Mythlan