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* PDF α Ͻñ ٶϴ. |
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2016 / ȣ: V.28,no.4,Dec |
1() |
Ű ȭ |
2(Ÿ) |
Physical Properties and Dyeability of Fine Count Wool Yarns and Its Fabrics by Drawing Process of Fineness Control |
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̰*, 1, 缮2 |
(Ÿ) |
Mikyung Kim*, Byeongdae Jeon1 and Jaeseok Jeong2 |
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DYETEC, 1()WB, 2ѱ߿ |
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DYETEC, 1Aztech WB Co. Ltd, 2Korea Textile Development Institute |
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253 ~ 270 : 18 |
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Korean |
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In the wool textile industry, the necessity for technology development has
been steadily raised to create improved fineness and yarn count of existing wool yarns
with thick fineness for ensuring higher quality grades of wool yarn. Recently, through
controlling fineness of wool yarn for making finer wool in relation with environmentallyfriendly
and high-sensitivity trend, a differentiated continuous drawing process where the
quality of wool can be artificially manipulated has been suggested in the latest textile industry.
This study investigated the basic conditions during the continuous drawing process
which enable to manufacture wool yarn with fine count by controlling reducing agent
treatment, physical drawing and drying after reducing agent treatment, and oxidizing
agent post-treatment conditions. Furthermore, this study reviewed the drawing effects
by applying the basic conditions for reduction and oxidation reaction in the drawing
processes of wool/cashmere, wool/silk, wool/polyester blended yarns as well as such wool
yarns. Also, in order to review the practicability, this study examined the physical properties and dyeability of drawn wool yarn applied textile materials in comparison with normal
wool yarn applied textile materials. |
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wool, drawing process, drawn yarn, fine count, fineness, reduction, oxidation |
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Reference |
http://www.koreascience.or.kr/article/ArticleFullRecord.jsp?cn=OSGGBT_2016_v28n4_253&ordernum= |
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