Lithium Battery

Energy storage batteries are playing an increasing role in the new energy and other fields, thus placing much higher demands on the performance of advanced lithium ion and other rechargeable batteries. The high electrical conductivity of carbon nanotubes (CNT) with their unusual high aspect ratios can enable an effective construction of a perfect, electrically conductive network in lithium ion batteries. The CNT-containing composite electrode materials in the battery can possess an extremely good electrochemical performance, significantly improving the capacity performance, rate performance and cycle life of the resulting battery under various application modes. Carbon nanotubes can form a more effective electrically conductive network, which could provide lithium ion batteries with high energy density for consumer goods, EV batteries with extra-long cycle and other batteries with the high rate charge and discharge, the high capacity density and the usage at ultra-high or low temperatures etc.   


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