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The thermal performance of cashmere fabric is derived from the unique organizational structure of cashmere fiber. Cashmere fiber is rich in air, and these tiny air bags can effectively isolate the temperature difference between the outside air and human skin, forming a warm barrier. At the same time, the cashmere fiber itself has good thermal conductivity, which effectively blocks the entry of external cold air, and locks the heat emitted by the human body in the body, reducing temperature loss, thereby enhancing the thermal insulation effect.
In addition, cashmere fiber has excellent moisture wicking properties. Its surface has a certain degree of hydrophilicity, which can quickly absorb sweat on the surface of the skin and discharge it quickly, keeping the wearer dry and comfortable. This moisture-wicking property helps regulate body temperature, reduce moisture retention, and avoid bacterial growth, thereby reducing odor production and maintaining wearing comfort.
In general, the working principle of cashmere fabric mainly depends on the synergistic effect of its fiber microstructure, thermal conductivity and moisture wicking performance. Through these design features, cashmere fabric has become an ideal warm fabric, which is loved and favored by people.