Study of Compressive Strength of Concrete Using in the Form of 30% Ceramics and 70% Polymer Crushed Stone as Adhesive

Abstract

Abstract This study was conducted to determine the influence of mechanical properties of polymer concrete by compressive test after the addition of ceramic materials and crushed stone, polymers as adhesives. Polymer paste mixture 1:2 (catalyst:resin). Tests on cube-shaped specimens with dimensions of 15 x 15 x 15 cm are 3 days old. From the test results, it was obtained that the highest compressive strength of concrete BPK30(1) 27.66 Mpa with a test specimen weight of 6,537 kg was found in a mixture of polymer paste with a content of 20% and the lowest compressive strength of polymer concrete was found in a mixture of polymer concrete BPK30(3) with a content of 50% polymer paste with a test specimen weight of 6,506 kg, which was 16.60 Mpa. While BPK30(2) with a resin content of 40% produces concrete compressive strength equal to test specimen 1 of 27.66 Mpa. With a specimen weight of 6,548 kg. From the test results, there was a decrease in the compressive strength value of concrete from BPK30(2) to BPK30(3) by 11.06 Mpa. All samples fall under the classification of heavy concrete of high quality (high strength concrete).