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STUDIES ON THE STRUCTURE OF BLENDED YARN

Seiichiro Ueno

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Abstract

On the interaction of rayon s. f. with dfferent denier, the blended yarns with various counts of two and three component systems have been used. The results obtained are as follows:(1) As far as same proportion of blend is concerned, the component fibres with the finer denier have greater influence to others as the yarn becomes finer.(2) The thicker denier fibres may have greater blend variance than the finer in same proportion of blend, and any denier fibres may have maximum variance near 50% blend.

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On the interaction of rayon s. f. with dfferent denier, the blended yarns with various counts of two and three component systems have been used. The results obtained are as follows:(1) As far as same proportion of blend is concerned, the component fibres with the finer denier have greater influence to others as the yarn becomes finer.(2) The thicker denier fibres may have greater blend variance than the finer in same proportion of blend, and any denier fibres may have maximum variance near 50% blend.

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Available abstract

On the interaction of rayon s. f. with dfferent denier, the blended yarns with various counts of two and three component systems have been used. The results obtained are as follows:(1) As far as same proportion of blend is concerned, the component fibres with the finer denier have greater influence to others as the yarn becomes finer.(2) The thicker denier fibres may have greater blend variance than the finer in same proportion of blend, and any denier fibres may have maximum variance near 50% blend.

Key concepts: Yarn, Composite material, Materials science, Component (thermodynamics), Mathematics, Physics, Thermodynamics

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