EVALUATION OF PHYSICAL-MECHANICAL PROPERTIES OF BLEND RUBBER CSTN/NBR/CSE-50

Abstract

Rubber blend CSTN/NBR/CSE-50 has been successfully manufactured by various methods. The physical-mechanical properties of the synthetic systems were investigated. The results show that the rubber-mixing blending process affects the physical interaction between the starting material phases, resulting in differences in maximum torque value and mixing energy. Moreover, different fabrication methods lead to differences in properties such as tensile strength, tear strength, and swell of rubber material systems. The use of different fabrication methods gives new properties to the synthetic rubber material systems, thereby allowing for a variety of practical applications of the blend rubber materials.