Rapid testing of textile structures using the TSA device and DynaWash

Abstract

The rapid and precise evaluation of textile structures is crucial to ensuring quality and functionality across various industries, including fashion, automotive interiors, and healthcare. This study explores the use of the Tactile Sensation Analyzer
(TSA) and DynaWash system for testing textiles under different conditions. The TSA objectively measures key tactile properties such as softness, roughness, and stiffness, providing an accurate representation of how textiles will feel in real-world applications. The DynaWash system simulates repeated washing cycles, assessing the durability and resilience of textiles by replicating mechanical stresses over time. Tests conducted include measurements of tensile strength before and after washing cycles, with textiles being stretched to their breaking point using a tensile testing machine. The results indicate that textiles subjected to the DynaWash process retain high tensile strength and demonstrate significant resistance to wear and deformation. This combination of rapid testing methods contributes to improving sustainability by optimizing textile production processes, reducing resource consumption, and ensuring long-lasting product quality. The findings provide valuable insights into enhancing textile performance for industrial and commercial applications.