IMPROVING COTTON LINT QUALITY BY UPGRADING THE SEED FEEDING SYSTEM OF A LINTER MACHINE AT A COTTON GINNING PLANT

Abstract

Cotton lint quality is a key factor influencing the efficiency of textile production and the competitiveness of cotton products in the global market. In cotton ginning plants, the linter machine plays an important role in separating residual fibers from cottonseed. However, uneven and unstable feeding of cottonseed into the linter negatively affects lint quality, increases fiber damage, and raises energy consumption. This article analyzes the drawbacks of conventional seed feeding systems and proposes an improved design of the seed feeder aimed at ensuring uniform seed supply, reducing mechanical impact, and enhancing overall lint quality.