€21* VOUCHER ON ALL ITEMS | Code: 21RUN-21130
Details about X-Bionic Apani Merino Fastflow Pants Medium - Functional underwear for Men1 AKTIV-BUND
Guarantees perfect hold without slipping or constricting.
2 TWO-STEP FRONT 3D BIONIC SPHERE SYSTEM
The high-tech weave technology ensures optimum fit and climatic comfort in the pants. The different ribs and surface structures are able to solve the conflict between fit, moisture, and heat transport. The pad structure on the inside prevents moisture from collecting, so you don’t get footsore.
Specific insulation of individual body parts makes it possible to protect the body from the winter cold. For example, the ISO-Pads over the hip bones and also the thinner ISO-Pads on the seat keep heat against the body. That’s necessary to ensure the continued optimum function of the internal organs.
This 3D construction collects perspiration on the upper thigh and maintains it directly upon the skin so it can evaporate optimally yet directly on this important muscle group. Between periods of exertion, the Insulation Pads rib technology lies in a wavelike structure on the muscle to provide insulation. The locked-in air protects these vulnerable muscles from over-cooling.
5 INNERLAP AIRCONDITIONING ZONE
In terms of muscle performance, the inner thigh is less reactive to cold. We all instinctively know this: When our hands are cold, we put them between our thighs to warm them up, helping us re-establish our overall sense of warmth more quickly. The Innerlap AirConditioning Zone has been placed in this area. It is a finely knit fabric mesh with zero insulation. Cooling therefore occurs initially through the exchange of air. As soon as sweat has started to evaporate, the cooling process steps it up a notch since the activation system lies directly next to the skin.
A knee can bend up to 160 : however, most undergarments can’t withstand this stress without being pulled thin and, hence, resulting in a loss of functional insulation. In contrast, the accordionlike construction of the Expansion Ribs retains its insulating properties rather than losing them when the knee bends. A highly flexible system of chambers and channels spreads open with each movement, releasing the warm air stored inside.
7 AKTIV-BUND AT THE ANKLE
The Aktiv-Bund adapts to any size leg and hip without slipping or constricting.
8 3D BIONIC SPHERE SYSTEM ON THE TAILBONE
The sweat of the lower back area is conducted through the 3D Bionic Sphere System to the tailbone for evaporation. The Sweat Traps on the lower back are targeted specifically at catching sweat flowing toward the buttocks. This first phase, which often leads to friction sores, is interrupted before it can even begin.
During movement the pants are stretched over the seat area, when sitting bodyweight pushes the material together. In both these situations, cold bridges can occur. The anatomically formed ISO-Base has special air channels that trap body heat and prevent the large gluteal muscles from undercooling.
10 AIR GUIDES
Air Guides work like spacers and borders along the Air-Conditioning Channel. The Air-Conditioning Channel must be combined with the Air Guides for winter use. The Air Guides maintain space between heavy winter upper body garments and a pack, whilst ensuring a highly effective quantity and flow of fresh air through the Air-Conditioning Channel.
The back of the knee perspires quickly and heavily. A fine, circular knitted fabric has been incorporated there. Perspiration dissipates and is pushed outward with the aid of body warmth so there is no risk of over-chilling.
Calf muscles can cool down quickly, particularly after short breaks and even if the body is still warm. This can lead to a risk of injury. The ISO-CalfPad retains the body’s warmth. To that end, the knitted fabric’s wavelike structure lies over the skin, forming channels for storing air in a manner similar to the ISO-Shoulder. The warmer air retained in these channels definitively delays the cool-down of the calf musculature and adjusts to the body’s overall perception of warmth.
87%Wolle 12%Polypropylen 1%Elasthan