Per: PALOMA SUELLEN LIMA DE SOUSA (ufpa), miriane alexandrino pinheiro (ufpa), sarah gabrielly brandão de souza (ufpa), sergio neves monteiro (ime), alisson clay rios da silva (ufpa), veronica scarpini candido (UFPA)
Abstract:
In the present scenario, the world is looking for specific materials, which have
alignment between high mechanical performance, low economic cost, and
ecologically correct properties. In this context, stands out in this present work, the
polymeric matrix, with the reinforcing agent, kaolin residue. In this work, the
mechanical properties of the composite material were analyzed, the specimens were
produced in silicone molds and sanded to meet the specifications of the ASTM D638
standard, and to carry out tensile strength tests, and later flexion tests following the
ASTM D790 standard. From the values obtained after the tests, it was observed that
with the increase in the percentage of residue, there was a decrease in mechanical
resistance when compared to the pure matrix.