Estimation of Spinning Tension from the Characteristic Smallest Value of Yarn Strength

Mohamed, A Peer; Saikrishnan, Sainiwetha; Shahulhameed, K. S.S.; Sreenivas, B

doi:10.1080/00405009708658540

Cited by 2 publications

(1 citation statement)

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“…Any part of the spun yarn where the strength is lower than the minimum spinning tension will break during the spinning process. 6 Theoretically, the strand strength in the spinning triangle zone is determined by the end-breaking rate and the continuity of ring spinning. In order to decrease the end-breaking rate, the spinning tension must be as low as possible, the strength of fiber must be as high as possible and there should be as many as possible fibers in the strand.…”

Section: Conventional Ring Spinningmentioning

confidence: 99%

Embeddable and locatable spinning

Xia

Wang

et al. 2010

Textile Research Journal

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A novel spinning method: embeddable and locatable spinning, is reported for the first time in this paper. Analysis of the key restrictions of the conventional and some novel ring-spinning were studied; evolvement and principles of embeddable and locatable spinning were then introduced. Analysis indicated that embeddable and locatable spinning could overcome the existing restrictions of ring spinning and improve the spinning performance of fiber strands as well as the quality of the resulting yarn. Super-fine and colorful figured yarns could be produced successfully, and most fibers shorter than can be spun in traditional spinning could be well embedded into a yarn by embeddable and locatable spinning method; even staple fibers of low qualities could be used to produce a fine yarn of high qualities in the novel spinning system. This novel spinning method shows huge application potentials in textile industry by improving the yarn quality, developing super-fine yarn, and increasing fiber utilization rate.

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Section: Conventional Ring Spinningmentioning

confidence: 99%