The Art and Science Behind Synthetic Yarn Deformation
Silk processing refers to the treatment of different types of silk threads (such as cotton, linen, polyester, etc.) by weaving, knitting, or crocheting to create various textiles such as clothing, curtains, bed sheets, etc. This type of processing is usually done by machines or by hand and has a wide range of applications.
Synthetic silk deformation processing refers to the processing of synthetic fibers such as polyester and nylon, which are formed into silk-like material through heating, stretching, and other treatments. This type of processing can produce lightweight, soft, high-strength, and high-wear-resistant textiles such as sportswear, swimsuits, umbrella fabrics, etc. This processing can be done by machines or by hand.
What is false twisting?
False twisting is a technique used to change the flexibility, strength, and wear resistance of silk threads during weaving or knitting. This can be achieved by twisting two or more threads together, and the process is called false twisting.
During the false twisting process, the silk thread is stretched while rotating through one or more yarn guides or pulleys. The thread is twisted together to form a thicker yarn, which is softer and more wear-resistant than a single thread.
False twisting is a common silk processing technique used to manufacture various textiles such as linings, home textiles, and clothing. This technique can also be used in the manufacture of synthetic fibers to increase strength and wear resistance.
After false twisting, the silk thread will have wavy twisted lines and become softer and easier to handle. This silk processing technique can change the physical characteristics of the silk thread to make it more suitable for different applications.
False-twisted yarns are widely used in the textile industry to manufacture various textiles such as clothes, curtains, shirts, and pants. False-twisted yarns are also used in the production of home textiles such as bed sheets, towels, and carpets. These yarns are usually softer, more comfortable to the touch, and more wear-resistant, making these products more durable.
In addition, false twisting technology is widely used in the manufacture of synthetic fibers such as polyester, nylon, and acrylic. False twisting can enhance the strength and wear resistance of these synthetic fibers, making them more suitable for various applications such as sportswear, swimsuits, umbrella fabrics, and tires.
It should be noted that the stretching of the silk thread during false twisting can cause shrinkage, so this should be taken into account when weaving to avoid inconsistent product sizes.
