Abstract
The paper presents new ways of pattern formation in the development of plush knitwear on two-contour machines.The purpose of the research work is to improve the technology for the production of knitted fabrics. As a result of the experimental work, the technological capabilities of the modern LIBRA 3.130 flat knitting machine were studied and new types of combined knitwear based on plush weave were obtained. It has been found that air permeability coefficients can be reduced by up to 30% (46.3-66.9 cm3 /cm2 ∙sec) for combined plush knitwear by reducing the length of the thread in the loop. Based on the analysis of the parameters of the produced fabrics of plush knitwear, it was found that a decrease in the surface density of plush knitwear can be achieved in various ways. The most effective are the ways in which the decrease in the surface density of knitwear is achieved by changing the base weave and combining weaves. The use of these methods makes it possible to reduce the surface density of knitwear by 1.5-2 times, and the bulk density by 15-20% compared to full plush. At the same time, knitwear retains its marketable appearance and high quality indicators.
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