Enhancing the electrical and physical nature of high-voltage XLPE cable dielectric using different nanoparticles

Abstract The goal of this study is to see how different chemically modified nanoparticles affect the performance and characteristics commercial cross-linked polyethylene (XLPE) as a polymeric insulator used in insulating power cables compare their properties order figure out what factors are most important improving XLPE properties. Silicon dioxide or silica, titanium dioxide, zinc oxide nanoparticle study. Nanoparticles (NPs) amino silane surface modification was carried decrease aggregation improve compatibility with polymer matrix. melt blending process synthesize develop nano-composites on an industrial scale varying loading ratios (0.5, 2.0, 3.5, 5.0 wt%). morphology size all functionalized were explained. produced particle dispersion matrix studied using X-ray diffraction field emission scanning electron microscopy. All samples' thermal, electrical, mechanical evaluated. result shows optimum values melting temperature for it seen that XLPE/TiO 2 samples have highest value increased by 6.85 °C over XLPE, but smallest tensile strength elongation observed. Also, use silica NPs gives maximum enhancement dielectric