Effect of Changing of Filling Materials in NR-SBR Type Elastomer Based Rubber Materials on Mechanical Properties

Effect of Changing of Filling Materials in NR-SBR Type Elastomer Based Rubber Materials on Mechanical Properties

The effects of different filling materials and stabilizers in polymer based materials that are used as shoe solesin the shoemaking industry on the mechanical properties (strength, failure, tensile, tearing, bending etc.) of the final productshave been examined in this study. Natural rubber (NR RSS3) and styrene-butadiene rubber (SBR 1502) were usedas the main matrix material. New compounds were formed by replacing the fillings in the general compound of the existingfactory (SiO2, CaCO3) with 40% (1200 g) blast furnace flue dust, rice husk, reclaimed rubber (recycled) and woodash. Comparison of the new compounds with the existing compounds revealed a decrease in hardness, density, dimensionstability, bending, tearing, % elongation and failure strength and an increase in wearing.

The effects of different filling materials and stabilizers in polymer based materials that are used as shoe solesin the shoemaking industry on the mechanical properties (strength, failure, tensile, tearing, bending etc.) of the final productshave been examined in this study. Natural rubber (NR RSS3) and styrene-butadiene rubber (SBR 1502) were usedas the main matrix material. New compounds were formed by replacing the fillings in the general compound of the existingfactory (SiO2, CaCO3) with 40% (1200 g) blast furnace flue dust, rice husk, reclaimed rubber (recycled) and woodash. Comparison of the new compounds with the existing compounds revealed a decrease in hardness, density, dimensionstability, bending, tearing, % elongation and failure strength and an increase in wearing.