Abstract
A study has been attempted to deal with a comparison of compact yarn characteristics spun from three different commercial compact spinning systems namely Rieter's Comforspin, Sussen's EliTe and LMW's RoCoS systems. In this study, we have compared the properties such as hairiness, imperfections, tenacity, and elongation values of yarns produced from the same back process materials by the three different systems separately. The three systems are referred to as system A, system B, and system C respectively in this paper. The study has shown that system A and system B produce yarns with better properties. The yarns produced by system C have shown the highest CV% out of all the yarns produced by these systems.
Introduction
In the spinning sector of the textile industry, many new spinning systems emerged in the late 1960s. This was mainly due to the inherent engineering design of the conventional system which proved to be resistant to new developments. Compact spinning is a novel concept generated through re-engineering of the conventional ring spinning process by incorporating a pneumatic suction unit to the existing ring spinning system to condense the fibers in the drafting zone. Compact spinning has achieved an improvement in yarn quality and structure due to better use of fiber properties.
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This article was originally presented in ATNT 2007 held on 18-20, June 2007 at Kumaraguru College of Technology, Coimbatore, India. Prof. Dr. L. D'souza is an HOD & Mr. S. Kathirvelu is an Assistant Professor with Dept. of Textile Technology, KCE, Coimbatore and Mr. N. Arun is Project Officer with KCT-TIFAC-CORE, Coimbatore.
A study has been attempted to deal with a comparison of compact yarn characteristics spun from three different commercial compact spinning systems namely Rieter's Comforspin, Sussen's EliTe and LMW's RoCoS systems. In this study, we have compared the properties such as hairiness, imperfections, tenacity, and elongation values of yarns produced from the same back process materials by the three different systems separately. The three systems are referred to as system A, system B, and system C respectively in this paper. The study has shown that system A and system B produce yarns with better properties. The yarns produced by system C have shown the highest CV% out of all the yarns produced by these systems.
Introduction
In the spinning sector of the textile industry, many new spinning systems emerged in the late 1960s. This was mainly due to the inherent engineering design of the conventional system which proved to be resistant to new developments. Compact spinning is a novel concept generated through re-engineering of the conventional ring spinning process by incorporating a pneumatic suction unit to the existing ring spinning system to condense the fibers in the drafting zone. Compact spinning has achieved an improvement in yarn quality and structure due to better use of fiber properties.
Read Full Article
This article was originally presented in ATNT 2007 held on 18-20, June 2007 at Kumaraguru College of Technology, Coimbatore, India. Prof. Dr. L. D'souza is an HOD & Mr. S. Kathirvelu is an Assistant Professor with Dept. of Textile Technology, KCE, Coimbatore and Mr. N. Arun is Project Officer with KCT-TIFAC-CORE, Coimbatore.
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