Effect of single-layer mesh yarn structure on durability:
① The tensile strength, elasticity and wear resistance of the yarn affect the durability of the garment. Influenced by yarn structure.

②The influence of yarn structure on the pilling performance: after a fiber in the filament yarn breaks, one end is still attached to the yarn, and the broken end curls by itself, which is pilled by friction; blended spun yarn has poor cohesion and is easy to come out.

③Effect on elasticity
Staple yarn: When a certain external force is applied to the spun yarn, the staple fiber is straightened from the crimp, and the external force is removed, which can restore its elasticity; and after the staple fiber is straightened, continue to apply force on it, the short fibers will slip between them. If the external force is removed, it will cause irreversible deformation.
Filament Yarn: When external force is applied to filament yarn, since it does not crimp itself, the degree of extension depends on the properties of the fiber, so it is less elastic.

Twist also has a great influence on the elasticity of single-layer mesh fabric: yarns with large twists have large friction between fibers, so in the elastic range, they are not easily stretched and have relatively poor elasticity; while yarns with small twists, The friction between fibers is small, it is relatively easy to be stretched, and the elasticity is good.




Polyester Honeycomb Fabric WP226