The Structure Characteristics and Air Permeability of PA and PES Plain and Plated Knits Influenced of Antimicrobial Treatment Conditions

Abstract

Textile materials are usually exposed to thermal, physical and mechanical effects during treatment processes. These influence the changes of material dimensions. Designing knitted products it is important to predict direction and rate of dimensions change, because this can affect physical properties such as air permeability of knits. The objective of this research was to investigate the influence of antimicrobial treatment conditions on the structure characteristics, thickness and air permeability of plain and plaited knits. The investigations were carried out with two groups of plain and plated single jersey knits. The face yarns of these groups were cotton, bamboo viscose yarn and polyester (Dacron®) thread. 10 tex × 2 textured polyamide (PA) and 20 tex textured polyester (PES) threads were used as the base threads in plated knits. Knitted samples were treated with antimicrobial material Isys AG and organicinorganic binder Isys MTX (CHT, Germany). It was established that blank and antimicrobial treated knits changed structure parameters, thickness and air permeability. The changes of structure parameters, thickness and air permeability were more associated with conditions of treatment (temperature, treatment in solution, mechanical action) rather than with antimicrobial and sol-gel substances used in treatment.

Knitted Structures Made of Antibacterial Fibers Intended for Protective Gloves

“…Due to these factors, the production of such a fabric brings many benefits: in particular, it is characterized by cost efficiency, a facile production process, and, importantly, long-lasting antibacterial activity [10]. Mickevičien ė and Treigien ė [11] described the effect of antimicrobial treatment of PA and PES plain and plated knits on their basic parameters, i.e., structure, thickness, and air permeability. The authors used two antimicrobial materials: Isys AG and an organic-inorganic binder Isys MTX (CHT, Tübingen, Germany).…”