Abstract
This article presents data on the development of cellulose textile materials with antimicrobial properties using zinc acetate and alkyldimethylbenzylammonium chloride. Cellulose textile materials are promising carriers of antimicrobial agents. These fabrics have good absorbability, which facilitates their treatment with antimicrobial agents and ensures easy passage and retention of flow and wound compartments. The aim of this work is to obtain cellulose textile materials with antimicrobial properties. Studies on the effect of the proposed compositions on the coefficient of resistance to microbiological destruction of cellulose textile materials have been carried out. The effect of various antimicrobial preparations on the microbiological resistance of textiles has been studied. The properties and structure of the objects of research, as well as the mechanism of interaction of the applied components have been studied. The studies have shown that the modified cellulose textile materials acquire antimicrobial properties and are not destroyed by microorganisms under operating conditions while maintaining optimal physical and mechanical properties, hygienic properties, stable antimicrobial effect, ensuring safety of use, as well as protection from the impact of pathogenic microflora. The advantage of the developed compositions is the availability of the materials used and a simple technological process for the production of biostable cellulose textile materials of different weave and different surface density.