Physical and Mechanical Characteristics of Kevlar Fiber-Reinforced PC/ABS Composites

Abstract

In this research, the composites between polycarbonate (PC) and acrylonitrile-butadiene-styrene (ABS) alloy and Kevlar fiber were prepared. The flexural and tensile properties of PC/ABS alloy and its composites were determined using a universal testing machine. The synergistic behavior of flexural modulus was observed for all regions of PC contents, while the synergism of flexural strength and tensile strength were found in some PC contents. It was found that the optimum weight ratio of PC:ABS was 60:40. In the Kevlar Fiber-reinforced PC/ABS composite system at PC:ABS of 60:40, both flexural modulus and strength were increased with matrix contents. Additionally, the flexural strength drastically increased with the matrix content and then reached the maximum value of 167 MPa at the matrix content of 33.4 wt%. The results from peel test, water contact measurement, and scanning electron microscopy (SEM) reveal that the interfacial adhesion between the Kevlar fiber and the polymer matrix could be improved by increasing the PC content in the matrix

Melt processing and property testing of a model system of plastics contained in waste from electrical and electronic equipment

“…Similar results can be found in the literature (Khan et al, 2005;Nigam et al, 2005;Rimdusit et al, 2012;Wong, 2003). The tensile strength of ABS is improved by the addition of PC and the related increase seems to follow the rule of mixture.…”

“…The tensile strength of ABS is improved by the addition of PC and the related increase seems to follow the rule of mixture. Similar results can be found in the literature (Khan et al, 2005;Nigam et al, 2005;Rimdusit et al, 2012;Wong, 2003). On the other hand, the tensile strength of ABS is higher than that of PP (35.36 MPa) and, thus, the mixture's strength significantly decreases by the addition of PP.…”

A New Nanoporous Aramid Fiber Aerogel

“…3 with the average pore size of 11.535 nm was obtained from the BET method, the pore size in terms of the classification of pores belongs to mesoporous. The peak of the nanoporous distribution is 0.77 nm [23]. And the nanopores belong to micropore that was tested by the HK-method, which is provided in the Fig.…”