How do nanotubes work inside an electrode?
Did you know why graphene nanotubes are considered to be the most promising material for Lithium-ion batteries? Due to their high conductivity, flexibility and a record length-to-diameter ratio, a tiny quantity of nanotubes can perfectly cover the surface of the electrode and facilitates its unmatched conductivity. And it takes only 100g of TUBALL to treat an entire electric vehicle battery pack!
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