The influence of the strength of raw materials on the performance of textile yarn

In the textile industry, the strength of raw materials is one of the key factors that determine the performance of textile yarns. Strength not only affects the basic properties of yarn, but is also directly related to the quality, durability and production efficiency of textiles.
The strength of raw materials directly affects the tensile properties and fracture resistance of textile yarns. High-strength raw materials mean that when the yarn is stretched by external forces, it can withstand greater pulling force and is not easy to break. This performance is particularly important in the textile manufacturing process. It ensures that the yarn is not easily broken during the weaving, knitting or knitting process, reduces production losses and scrap rates, and improves production efficiency.
Raw material strength has a significant impact on the abrasion resistance and durability of textile yarns. Yarns made from high-strength raw materials are better able to resist wear and damage when subjected to friction or external forces, thereby extending the service life of textiles. This performance is particularly important in textiles that need to withstand frequent friction and stretching, such as outdoor products and sports equipment, to ensure that the product maintains good appearance and performance during use.
Raw material strength also has a positive impact on the elasticity and recovery of textile yarns. High-strength raw materials often have good elastic modulus and recovery properties, which allow the yarn to quickly return to its original shape after being affected by external forces and maintain the shape and dimensional stability of the textile. This performance is widely used in clothing, home textiles and other fields, and can improve the comfort and aesthetics of products.
The strength of raw materials is not the only factor that determines the performance of textile yarns. Other performance characteristics such as elongation, moisture absorption, air permeability, etc. need to be comprehensively considered. Different raw materials have different performance characteristics. Therefore, when selecting raw materials, various performance factors should be weighed according to the use of the product and market demand to select the most suitable raw materials.