Abstract
An investigation is reported in which equivalent ring-spun, rotor-spun, and DREF-3 yarns in three counts, 6s, 12s, and 18s Ne, were produced from four different cottons by using optimum process parameters appropriate to each system. Yarn-quality characteristics were assessed and compared. The results revealed that, for a given cotton, ring spinning produces the strongest yarn whereas rotor spinning yields the most even yarn, hut the DREF-3 friction-spinning system also results in a very uniform yarn in terms of appearance.
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