الفهرس 
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Abstract
Current work proposes epoxy composites used as a flooring material to resist the scratched surface and reduce the brittleness of the epoxy, which limits its applications. Reused elastic particles and paraffin oil are provided for mixing the epoxy. The job of the elastic particles is to increase the strength of , while the oil enhances the viscoelastic property of the composites offered. Composites tested were damaged and the contact coefficient and wear mark were not set in stone. not set in stone. The second composite test slid against the elastic surface, where the coefficient was not properly embedded in the stone. During work in progress, tests revealed that the epoxy composites released from the oil had the most remarkable advantages in terms of contact coefficient when they contained 40% by weight. % elastic. The wear expanded as the elastic substance expanded due to weakening of the epoxy mesh. For composites filled with 5.0 wt. % oil, wear showed a decreasing trend with the size of the expanding elastic molecule of . The composites tested filled 5.0% by weight. The% oil and 80% elastic molecular size (2.0 - 3.0) mm showed the highest grinding coefficient and the least wear. Based on this perception, these composites can be suggested as flooring materials. It appears that the expansion of the oil improved the viscoelastic property of the elastic so that the obstruction of the scraped tip widened.