Development of Multifunctional Cotton/nylon Blended Fabrics Using Nanoparticles of Different Metal Oxides

Abstract

Two-bath dyeing is currently used to dye cotton/nylon blended fabrics. The cotton/nylon blended fibers were initially pretreated independently with metal oxides based nanoparticles (NPs) before being dyed with acid and reactive dyestuffs. Two baths were used for dyeing of NPs metal oxides pre-treated cotton/nylon fabric with reactive and acid dyes. The morphological properties of the treated fabrics were explored by scan electron microscope and energy-dispersive X-ray. The impact of pre-treatment with NPs metal oxides on dye-ability, colorfastness, and physico-chemical features has been studied. Colorimetric strength (K/S) and CIE Lab were also explored. K/S values, washing, perspiration, and light fastness of the cotton/nylon sample treated with metal oxide nanoparticles were all higher. Antimicrobial activity was also examined against strains of K. pneumoniae, S. aureus and Candida albicans. The findings indicating that colored fabric had antibacterial potential due to the antibacterial property of NPs metal oxides. Aside from the NPs-treatment colored fabrics with excellent UV protection properties are produced.

Physical Evaluation and CLO3D Simulation of Some Characteristics of Bio-treated Knitted Polyester/Lycra Fabrics

“…Polyester fabric produced from polyethylene terephthalate is the leading synthetic polymer used in textiles. In spite of the outstanding appearance, performance and comfort attributes exhibited by natural fibres, like cotton, wool, and silk [4][5][6], yet synthetic fibres constitute about two-thirds of all ________________________________________________ Egypt. J. Chem.…”