This project focuses on evaluating color fastness to washing, a vital quality assurance parameter in the textile industry. The objective was to explore both standardized testing protocols (ISO 105-C06 and AATCC 61) and develop refined guidelines for non-standard inspections. The approach included a detailed analysis of testing methods, equipment (like the Launder-Ometer and gray scales), and assessment techniques for color change and staining. By simulating real-world laundering conditions, the project emphasized the importance of consistency, reproducibility, and objective evaluation in determining textile durability. Along the way, key insights included the significance of using multi-fiber fabrics for cross-contamination analysis, and the necessity of precise environmental controls to ensure accuracy. Overall, this investigation not only reinforced the role of standardized practices in global quality compliance but also highlighted innovative strategies for maintaining inspection reliability when such standards are unavailable.
