Published Paper Details:

Cable manufacturing, particularly in the context of Ethylene Propylene Rubber (EPR) extrusion processes, faces challenges related to eccentricity, which can compromise the quality and performance of cables. In this study, we investigate the efficacy of mechanical interventions to mitigate eccentricity during the EPR extrusion process. Eccentricity, characterized by non-uniform thickness distribution around the circumference of the cable, is a critical parameter affecting electrical performance and mechanical integrity. By addressing eccentricity, manufacturers can significantly enhance the quality and reliability of cables, meeting stringent industry standards and customer requirements. Through a systematic approach, this research explores various mechanical interventions aimed at reducing eccentricity in EPR extrusion processes. These interventions include modifications to extrusion die designs, adjustments in material feeding mechanisms, and advancements in cooling systems. Experimental results demonstrate the effectiveness of these interventions in minimizing eccentricity and improving cable uniformity. Moreover, the study evaluates the impact of these interventions on production efficiency, cost-effectiveness, and overall process stability. The findings provide valuable insights for cable manufacturers seeking to optimize their manufacturing processes and deliver high-quality products to the market.