Relationship of Cotton Fiber Properties to Yarn Tenacity
H. H. Ramey, Reba Lawson, Smith Worley
Abstract
H. H. Ramey, Reba Lawson, Smith Worley
Abstract
Fiber tenacity, elongation, length, fineness, and color were measured for 5 Gossypium barbadense L. and 37 G. hirsutum L. fiber samples. These samples were spun into 12- and 27-tex yarns on a ring system and into 27-tex yarns on an open-end system; yarn tenacity was determined. Fiber tenacity and length were positively correlated with yarn tenacity. No correlations of fiber fineness with tenacity of 27-tex yarns were detected. A substantial portion of the variation in 27-tex yarn tenacity was attributable to variations in fiber tenacity and length.
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Fiber tenacity, elongation, length, fineness, and color were measured for 5 Gossypium barbadense L. and 37 G. hirsutum L. fiber samples. These samples were spun into 12- and 27-tex yarns on a ring system and into 27-tex yarns on an open-end system; yarn tenacity was determined. Fiber tenacity and length were positively correlated with yarn tenacity. No correlations of fiber fineness with tenacity of 27-tex yarns were detected. A substantial portion of the variation in 27-tex yarn tenacity was attributable to variations in fiber tenacity and length.
Key concepts: Tenacity (mineralogy), Fineness, Yarn, Fiber, Materials science, Composite material, Elongation, Ultimate tensile strength