Hairiness is an important quality parameter of spun yarns. It not only affects the quality of
yarns, but also the weaving and knitting performance of yarns as well as the quality of the …

Traditional ring spinning system is associated with the several limitations, one of which is
yarn hairiness. The awareness has been vibrantly growing among the spinning mills for …

Cotton is the most significant natural fibre and has been a preferred choice of the textile
industry and consumers since the industrial revolution began. The share of man-made …

Dual-core yarns, containing two filaments within the core of the yarn, have gained increasing
commercial and research interest recently, especially in denim manufacturing. The use of …

This article presents a novel method for measuring the unevenness of yarn apparent
diameter based on yarn sequence images captured from a moving yarn. A dynamic …

A modified ring spinning technology has been successfully applied to the production of
yarns with reduced twist level and improved performance. Various US cottons and Chinese …

Fiber torsional control is critical for reducing the hairiness of high-quality yarns during the
yarn formation process. However, the applied fiber torsion that facilitates fiber motion and …

This article proposes a testing and evaluation method for the unevenness of yarns based on
measuring diameters of a series of testing points contained in the image sequence captured …

Spinning with a static contact surface is an energy-saving method to reduce spun yarn
hairiness; however, the spun yarn irregularity and tensile properties are deteriorated. To …

Worsted spinning is used to spin fine-quality wool fibres. The fibre used in this system is long
and fine; hence, the spinning system is different from the short-staple spinning system. This …