INFLUENCE OF COST-LESS NANOPARTICLES ON ELECTRIC AND DIELECTRIC CHARACTERISTICS OF POLYETHYLENE INDUSTRIAL MATERIALS (original) (raw)
Nanoparticles have attracted wide interest for enhancing electrical properties of polymer industrial materials as form nanocomposites, therefore, preparation new Polyethylene nanocomposites will be helpful both the manufacturers and users for enhancing electrical performance of Polyethylene applications. This paper has been enhancedelectricand dielectric characterizations of polyethylene with adding costless nanoparticlesto low density polyethylene (LDPE), and high density polyethylene (HDPE) as a base matrix. Polyethylene trapping properties are highly modified by the presence of costless nanofillers(clay, and fumed silica) nanoparticles. Also, it has been studiedexperimentally the influence of costless nanofillers(clay, and fumed silica)and their concentrations on electric and dielectric properties of polyethylene materials.Experimental comparative study has been discussed about Polyethylene nanocomposites with respect to commercial polyethylene materials to explain the effect of types and concentrations of nano-fillers for enhancing electric and dielectric Polyethylenecharacteristics.
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