The invention discloses a TPV (Thermoplastic Vulcanizate) elastomeric material with improved electrical property, comprising the following components in percentage by weight: 15%-60% of polypropylene, 20%-60% ethylene propylene terpolymer rubber, 0.5%-10% of high-molecular compatibilizers, 0.1%-40% of fillers, 1%-60% of rubber extending oil, 0.5%-10% of modifiers, 0.5%-10% of cross-linking agents, 0.1%-10% of cross-linking auxiliary agents, 0.01%-2% of antioxidants and 0.01%-10% of processing auxiliary agents. The invention enables the carbon nanotubes to be gathered on continuous PP (PropenePolymer) phases to form a continuous conductive network structure by adopting the carbon nanotubes as the modifiers and utilizing a principle that the special phase-stage structure of TPV and the high-molecular compatibilizers are completely compatible with PP but incompletely compatible with cross-linking rubber, thereby obtaining ideal electrical property improving effect; surface resistance isreduced to 106 when an addition amount is 2 percent, and the surface resistance is reduced to 102 when the addition amount is 5 percent, therefore the effect is far higher than that the effect of thecommon conductive carbon black; and in addition, the invention keeps good processing flow property, extends the application of the TPV in the field of antistatic materials and conductive materials and has extensive application prospect.