Often the outdoor clothing we see is a "two-in-one" or "three-in-one" fabric structure. These fabric structures are based on a high-tech breathable thermal inner layer, with anti-wind, waterproof, anti-fouling, anti-static and other outer layer, can play a good protective role for outdoor sports.
Outdoor exercise is in addition to the participants 'own physical ability and skills. It also requires outdoor clothing to adapt to harsh weather and complex geographical environments. To ensure the safety of the athletes. Often the outdoor clothing we see is a "two-in-one" or "three-in-one" fabric structure. These fabric structures are based on a high-tech breathable thermal inner layer, with anti-wind, waterproof, anti-fouling, anti-static and other outer layer, can play a good protective role for outdoor sports.
Design of warm and breathable fabric
The inner layer used in outdoor sports equipment is mostly velvet, because of the large amount of heat generated by outdoor sports and the evaporation of sweat. The clothing is required to have good heat dissipation and breathability, and this kind of fabric has the advantages of easy to dry and breathable warmth. Therefore, it is often used as a thermal material for outdoor sports in winter. The design of outer fabric should also pay attention to air permeability.
This function allows the wearer to keep the body dry and comfortable. Make clothing both warm and light.
Design of waterproof and windproof fabric
Most of the common outdoor sports fabrics require certain waterproof properties(such as Oxford cloth). At the same time, in order to keep the human body dry, some clothing has added mesh cloth as a lining to the rainproof outer fabric.
This separates the body from the waterproof outer layer, away from moisture. Secondly, the fabric design must have wind protection. Due to the strong wind in the wild and the cold mountains, sports such as mountaineering, skiing or gliding are carried out in environments with high wind speeds.
Wear resistance design of fabric
The wear resistance of clothing fabrics can not be ignored, even for antimicrobial anti-odor and anti-fouling requirements are also high. After all, outdoor washing conditions are limited. In addition, for outdoor exercise in the wild climbing forest, clothing fabrics must require good tensile and tear resistance. These performance requirements are very harsh from the perspective of textile technology.