This
project explains the epoxy and polymer glass reinforced hybrid composited. The
hybrid composite of glass-epoxy is formed by the use of halloysite nanotubular
particles by hand lay-up technique. In actual case the direction of nano-clay
particles may lead to agglomeration, to overcome this problem, the epoxy is needed
to be chemically treated. The chemical reaction of
unsaturated polyester with the epoxy resin was carried out thermally in
presence of benzyl peroxide-radical initiator and the resulting product was
analyzed by X-Ray
Diffractometer. Epoxy and unsaturated polyester toughened epoxy systems were further
modified with 1, 2 and 3% (by wt) of Halloysite nano tubular (HNT) clay. Mainly this paper deals with the characterization
and wear properties of epoxy polymer and glass fiber-reinforced epoxy-clay
hybrid composites. Characterization is done with the help of X-Ray Diffraction
and performance levels of the composite at different quantity of nano clay
addition are observed. Under this wear test have been conducted in the
Pin-on-disc type at different loads and time for different percentage
composition of nano clay particles addition and respective changes are studied.
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