[This article belongs to Volume - 54, Issue - 02]
Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-09-12-2022-523

Title : STUDY OF TECHNOLOGY FOR THE PRODUCTION OF FOOTWEAR USING TEXTILE MATERIALS
Elmira Mukhametshinaa), Ilhom Abbazov, Botir Ruzmatov, Abubakir

Abstract :

The article discusses the technology of footwear production using textile materials. The analysis of the production of leather and footwear products in Uzbekistan was studied. The efforts being made in the country to expand the volume and range of output of finished export-oriented products based on deep processing of leather raw materials, as well as providing the population with high-quality and affordable footwear and leather goods of domestic production, were studied. The basic properties of textile materials were determined. Analyzes of samples of materials used for the production of footwear using textile materials were taken. Experimental studies have been carried out on the possibility of using the developed antibacterial fabrics as a lining for special footwear for military personnel. The teak-twill fabric was woven in the “Weaving” laboratory, the dyeing of the fabric was carried out with various compositions in the laboratory, and the teak-twill impregnation with experimental antibacterial compositions was carried out in the laboratory of the Tashkent Chemical-Technological Institute. The results of studies of the effect of antibacterial impregnation and dyeing of twill fabric on its physical, mechanical and hygienic properties made it possible to draw a conclusion about the possibility of using unpainted teak twill as materials for the main lining and insert insoles in special shoes. The concepts of breaking load, breaking elongation, abrasion resistance, impregnation resistance to abrasion, air permeability, surface density were defined. State standards for sampling and sample sizes for the experiment are given. It was concluded that the treatment of twill fabric with various antibacterial compounds does not affect the physical and mechanical properties of the fabric, but air permeability is significantly reduced. Research has led to the conclusion about the possibility of using unpainted twill, impregnated with antibacterial regulations as materials for the main lining and insole in special shoes.