For combed cotton yarns, the wider the strand spacing is in Sirospun, the better the yarn properties are in terms of tenacity, Uster hairiness, abrasion resistance, and trapped strand twist.
Get full access to this article
View all access options for this article.
References
1.
Bhatnagar, S. , Cotton Sewing Thread and Siro System. Ind. Textile J.102 (2), 30-31 (1991).
2.
Dhawan, K., and Prakash, J., Effect of Roving Spacing and Twist on Quality of Cotton Double Roving Feed Ring-spun Yarns, in "Proc. Papers of 28th Technological Conference, BTRA, SITRA, NITRA and ATIRA," Feb1987, pp. 8.1-8.9.
3.
Dinkelmann, F., and Herdtle. H., New Spinning System Can Eliminate Twisting . Melliand Textilber. (7). 474-478( 1982).
4.
Foster, E.R., and Price. J.B., Evaluating the Quality of Texas Cotton by Fiber and Spinning Tests in Order to Establish Guidelines tor the Development of Higher Cotton Quality in the Future, in "Texas Tech University Annual Report to the Texas Food and Fibre Commission for 1989-1990." 1990. pp. 129-250.
5.
Gupte, A.A., and Chiplunkar. C.R. , Sirospun Yarn on Short Staple Machinery. J. Textile Assoc. Bombay, 46 (5), 164-167( 1985).
6.
Hawary, I.A. , A Comparison Study Between the Properties of Sirospun and Normal Ring Spun Cotton Yarns, Bull. Fac. Eng. Alex. Univ. EgyptXXIII, 13-27 ( 1984).
7.
International recognition to Geelong scientist. CSIRO Textile News. no. 21, Nov. 1991.
8.
Mansour. S.A. , and Tawfik, M., Production of Siro-spun Yarns from Short-staple Fibres. Ind. J. Textile Res. 11 (2). 70-72 (1986).
9.
Miao. M.H., Cai, Z.J., and Zhang. Y.C., Influence of Machine Variables on Two-strand Yarn Spinning Geometry . Textile Res. J. 63 (2). 116 -120 ( 1993).
10.
Morgan. W.V. , Sirospun on Long Staple Spinning. Wool Rec.140 (3445), 68-72( 1981).
11.
Natarajan, K.S. , and Subramaniam. V., Evaluation of the Product Quality and Performance of Siro-spun Yams on the Short Staple System, in "Proc. 3rd Japan-Australia Joint Symposium on Objective Measurement: Applications to Product Design and Process." Sept. 1985. pp. 281-290.
12.
Plate, D.E.A. , and Feehan. J., An Alternative Approach to Two-fold Weaving Yarn. Part IV: Factors Affecting Strand-twist. J. Textile Inst. 74 (4), 204-212 (1983).
13.
Salhotra, K.R. , Some Quality Aspects of Ply-spun Yarns, Ind. J. Textile Res. 12 (4). 197-200 (1987).
14.
Sawhney. A.P.S. . Ruppenicker. G.F.Kimmel. L.B.Salaun, H.L., and Robert. K.Q., New Technique to Produce a Cotton/ polyester Blend Yarn with Improved Strength. Textile Res. J. 58 ( 10). 601-604 (1988).
15.
Sharma. S.K. , and Bhatnagar, S., Effect of Siro Spinning on the Characteristics of Cotton Yarn, J. Textile Assoc. Bombay50 (1), 25-27(1989).
16.
Sirospun: Simple New Process Combines Spinning and Twisting , Textile J. Australia56 (2/3), 25 (1981).
17.
Subramaniam, V., and Natarajan. K.S., Frictional Properties of Siro Spun Yarns. Textile Res. J. 60 (4), 234-239 (1990).
18.
Subramaniam, V., and Peer Mohamed. A., A Study of Double-rove Yarn Hairiness in the Short-staple-spinning Sector, J. Textile Inst.82 (3), 330-340 ( 1991 ).
19.
Subramaniam. V. and Peer Mohamed. A., Effect of Apron Spacing and Break Draft on Double-rove Yam Quality in Short Staple Spinning, Textile Res. J. 61 (5), 280-285 (1991).
20.
Subramaniam, V.Srinivasamoorthi. V.R., and Peer Mohamed, A.Effect of Processing Parameters on the Properties of Double-rove Spun Yam Produced on a Short Staple Spinning System, Textile Res. J. 59 ( 12), 762 -767 ( 1989 ).
