Abstract
Fabrication and Comparative Study on the Mechanical Properties of Epoxy based Polymer Composites with Coconut Shell Powder and Rice Husk Powder as Filler Materials - written by D Soumyalata , Adarsh B , Ajas Latheef published on 2020/07/08 download full article with reference data and citations
Highlights
Epoxy-based composites are exquisite and basically flexible materials which can satisfy the requirements and plan of numerous applications
Composites materials can be characterized as built materials that exist as a mix of at least two materials that bring about better properties
The utilization of natural substance filled polymer composites has been impressively examined both from a logical and a business perspective in the course of the most recent decades, as these materials are fundamentally luring for their diminished ecological effect and the comprehensively charming stylish properties
Summary
Epoxy-based composites are exquisite and basically flexible materials which can satisfy the requirements and plan of numerous applications. The upsides of utilizing normal fillers incorporate high explicit quality and modulus, low thickness, inexhaustible nature These materials are especially alluring for their diminished natural effect and the internationally wonderful aesthetical properties and natural particles are biodegradable and non-grating. Notwithstanding, there are a few weaknesses or disadvantages in common fillers, similar to low rigidity, low liquefying point, not reasonable for high temperature application, poor surface attachment to hydrophobic polymers, non-uniform filler sizes, corruption by dampness. Along these lines, synthetic medicines are done to change the fiber properties. Epoxy-based composite materials are broadly utilized in load-bearing applications, e.g., car, aviation, development, oil and gas, and marine businesses, in light of their ease, great mechanical properties, high explicit quality, super adhesiveness just as good thermal and dissolvable resistance etc
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