Optimization of Cotton Compact Yarn Product by Fibre Properties

Abstract

The Compact spinning system, which has begun to gain an important place in textile industry, appreciate to its desired yarn characteristics, was developed in the early 2000s. Less hairy & higher tensile strength than normal ring spinning can be produced with this system. In this study, bulk production data over a period of 6 months collected from a spinning mill with different yarn counts (Ne 22 – Ne 120) in the existing condition and no special sample process is used. With this work, it was aimed to develop estimation equations which can help to lead the industrialists and technician to predicate the yarn parameter simply by fibre parameter. It is believed that having prior knowledge of the yarn without increasing costs of additional raw materials, labor and energy may increase the competitiveness of the yarn producer.