Experimental Study for Dielectric Strength of New Nanocomposite Polyethylene Industrial Materials

The base polymer properties have been developed experimentally by adding small amounts of different fillers but they are expensive to the polymer material. Thus, it has been investigated that the incorporation of cost-less nanoparticles like clay and fumed silica nanoparticles into low density polyethylene LDPE and high density polyethylene HDPE which controlled the breakdown strength and voltage endurance significantly of new nanocomposite materials which compared with unfilled industrial materials. This paper simplified the breakdown test model which has been used as a basis for experimental treatment for several new nanocomposite specimens of industrial polymer materials. So that, it has been experiment the dielectric strength of new nano-composite industrial materials for ac applications which have been improved significantly with respect to the basis, unfilled materials. Finally, according to the experiment test model, it has been presented measurements of electric field strength of new nanocomposite materials that exceeds unfilled industrial materials.