Polymeric material draws a great attraction in the development of insulation for High Votage
Direct Current (HVDC) applications. Insulation material is the deciding key factor to increase …

In this study, carboxyl graphene-grafted modified high-density polyethylene (CG-g-MHDPE),
a new nano-material prepared from grafting MHDPE with CG, was combined with high …

The effect of reactive (polyethylene glycol) and non-reactive (toluene) diluents on thermal
and mechanical properties (tensile strength, hardness and fracture toughness) of diglycidyl …

Polymer nanocomposites have placed themselves in a highly favorable position in use in
practical applications, with materials currently employed in technology related processes …

The current work reports on the evaluation of mechanical properties of HDPE reinforced with
multidimensional carbon based nanofillers: Nanodiamonds (ND)-0D, Multiwalled Carbon …

Achieving higher dielectric constant (Dk) at lower conductor content is an interesting
challenge for developing high-Dk composites. Herein, novel 3D-framework (fPCNT) from …

A theoretical modelling framework was proposed to predict tensile moduli and tensile
strengths of bioepoxy/clay nanocomposites in terms of clay content and epoxidised soybean …

In the last two decades, owing to the widespread utilization of polymers across diverse
fields, there has been a surge in extensive research focused on polymer nano-composites to …

The present study deals with the fabrication of epoxy composites reinforced with synthesized
nano-zirconia, and to study their properties for high-voltage applications. The epoxy …

Almost fully dense high‐density polyethylene (HDPE) reinforced with submicron‐sized
titanium dioxide (TiO2) ceramic filler (up to 40 vol%) was fabricated using compression …