ANALYSIS OF FRICTION AND MECHANICAL PROPERTIES OF COMPOSITE POLYMER MATERIALS AND COATINGS
Keywords:
Composite polymer materials, tribotechnical properties, physic-mechanical properties, furan-epoxy resin, epoxy resin, frictional interaction, raw cotton, polymer coatings, fillers, wear resistance, adhesion strength, plasticizers, cotton processing machinery, durability, friction stabilization, epoxy-based coatings.Abstract
This research examines the tribotechnical and physic-mechanical properties of composite polymer materials and coatings, exploring their frictional behavior with raw cotton. Two primary polymers, ED-16 (epoxy) and FAED-20 (furan-epoxy), are tested for their potential use in cotton-processing machinery coatings due to their favorable low interaction strength with cotton fibers. Various fillers are added to these base compositions to optimize their wear resistance, stability, and overall performance. The study investigates how these modified polymers perform under frictional conditions, with a focus on key properties such as hardness, elasticity, and adhesion. By analyzing the effect of different fillers, the research aims to improve the efficiency and longevity of coatings used in cotton harvesting and processing industries, addressing issues such as wear, durability, and friction stabilization.
