Introduction To The Characteristics Of 100% Poly PK Interlock

Update:30 Nov

　　The design method and production points of the moisture-wicking 100% poly pk interlock are necessary to study in the context of the growing development of the custom T-shirt industry.

　　At present, the general idea of a 100% poly pk interlock is to use moisture-absorbing and sweat-wicking polyester fiber blended yarn as the inner layer, cotton yarn as the surface layer, and a double-sided fabric designed and developed according to weft weaving.

　　As we all know, natural fibers take cotton as an example, which has good hygroscopicity and is comfortable to wear. However, when the human body sweats a little, the cotton fiber will swell due to moisture absorption, and its air permeability will decrease and stick to the skin; The speed is also slower, which creates a cold and damp feeling in the human body.

　　Ordinary synthetic fibers take polyester fiber as an example, which has low water absorption, poor moisture permeability, easy to accumulate static electricity, is prone to stuffy feeling during activities, and poor wearing comfort.

　　At present, some existing moisture-absorbing and sweat-wicking polyester fibers (hereinafter referred to as moisture-wicking and sweat-wicking fibers) mainly use the polyester fiber cross-section to form grooves (Y-shaped, cross-shaped, w-shaped, and bone-shaped, etc.) to form grooves on the fiber surface. The wicking and moisture-conducting structure of the groove achieves the effect of moisture absorption and perspiration.

　　There are also some moisture-absorbing and sweat-wicking fibers that have a honeycomb microporous structure that runs through the inside and outside, and the specific surface is extremely large. Moisture absorption and quick drying function.

　　Use this kind of moisture-absorbing and sweat-wicking fiber yarn to interweave with cotton yarn, and choose a weave composed of one system of warp yarn and two systems of weft yarn to develop police clothing fabrics. Such knitted fabrics can achieve the moisture-wicking effect.