Abstract:
The durability and performance of denim fabrics are integral to their widespread use in various applications, ranging from casual wear to heavy-duty garments. This study explores the impact of warp yarn variation on the physical properties of woven denim fabrics, focusing on tensile strength, tear strength, abrasion resistance, pilling resistance, and fabric weight (GSM). Five denim fabric samples, each featuring different warp yarn constructions, were evaluated using standardized testing methods to assess their performance under conditions simulating real- world usage. The tests included tensile and tear strength assessments to determine the fabrics' resistance to stretching and rupture, abrasion resistance to evaluate their durability under friction, and pilling resistance to analyze their surface integrity after wear. Fabric weight wa measured to gauge density and potential durability. The results revealed significant differences in the performance of the samples. Among them, Sample-2 emerged as the best-performing fabric, with the highest tensile strength in the warp direction (928.79 N), superior tear resistance (71.73 N), the highest GSM value (390), and excellent pilling resistance (rated 4-5). These findings indicate that Sample-2 offers enhanced durability, strength, and surface quality, making it a suitable choice for applications requiring high performance and long-term wearability. Other samples demonstrated varying degrees of robustness, with Sample-3 exhibiting the lowest tensile and tear strength and GSM, indicating its limitations for heavy-duty use. This study underscores the importance of warp yarn variation in influencing the mechanical and physical properties of denim fabrics. The insights gained can guide manufacturers in optimizing fabric construction to meet specific performance demands. Moreover, the research contributes to the advancement of durable and sustainable denim products, aligning with the growing emphasis on quality and eco-friendly practices in the textile industry.
