IMPROVING THE REUSABILITY OF SAW DISKS IN 5LP LINTER MACHINES BY MODERNIZING THE AIR CHAMBER SYSTEM

Abstract

Linter machines play an important role in the fiber processing stage of the cotton industry. They are used to remove residual fibers remaining on the surface of cotton seeds after ginning. However, some 5LP type linter machines currently in operation have several disadvantages, including non-uniform distribution of airflow, excessive friction on the surface of saw disks, rapid wear of the disks, and increased energy consumption. These issues reduce production efficiency and increase maintenance and operating costs. Therefore, improving the air chamber design of 5LP linter machines is a relevant and important task. [1].