Introduction and Advantages of Airflow Spinning

       Airflow spinning is a new spinning method developed on airflow spinning machines in the 1970s. It involves twisting fibers at a certain speed under the action of airflow perpendicular to the spinning direction on a top comb airflow spinning device, causing the fiber bundles to condense into clusters. After being processed into single fibers of a certain length and diameter through processes such as carding, merging, and drawing, the fiber bundles are then separated from the balloon through a guide hook, Send it to the bobbin to form yarn.

       Airflow spinning method is a new and more advanced spinning method. Due to its low linear speed during processing, fibers with higher density and lower strength can be spun. This method has the following characteristics:

       Capable of spinning roving, fine yarn, and medium yarn with good evenness;

       Can spin fibers with higher strength;Beneficial for producing high count yarns;When there are certain requirements for some fibers, they can also be spun into roving and fine yarn.

       Airflow spinning is usually a spinning method used in blended yarns. Its advantages lie in:

       Compared with ring spinning, air flow spinning can make the yarn have better spinnability;

       Due to its high strength, its yarn has good strength and spinnability;

       Due to the certain stacking density of fibers in the raw material on the balloon, its yarn can achieve higher strength and better spinnability;

       When using rotor spinning for blending, it can improve the spinnability, strength, and weaving ability of the yarn, and also achieve good results in producing high count yarns. The rotor spinning machine can be divided into four types: untwisted rotor spinning (CVC), twisted rotor spinning (RVC), twisted rotor spinning (TVC), and self leveling rotor spinning (TVC+RVC).