This stuff will be tension free as far as the deposition and the release of lithium ion is concerned. The lithium ion bears the identical size actually occupied in the particles of Nano-titanate. Consequently, these particles should not expand as and when these ions enter or depart these particles. With the help of the results of this property, battery is built which can be charged on regular intervals as compared to other standard rechargeable batteries. Standard batteries can be easily charged 650 times and Nano Safe battery cells are capable of eight thousand charges and charge rates that is 40 times more than the normal battery.
When Nano-Titanate material is put into use as a negative electrode material, there is occurrence of lithium metal plating as the Nano-titanate properties allocate lithium's deposition in the particles. With the help of these electrical properties, there is no danger of risk plating even in the cold temperatures. There is no unwanted meeting for the electrolytes in the batteries, which actually allow the batteries to charge quickly. As per a recent test, Nano Safe cell is capable of charging to more than seventy percent in one minute.
When safety features are considered, the product stops the problem of thermal runway. A certified Nano-titanate material is put into use as a negative electrode in various Nano Safe batteries. This has helped in making more efficient and batteries with high power, which is thermally steady and cannot display thermal runaway. With the extraction of the graphite from the battery, making use of Nano-titanate as a negative electrode, there is no interaction with the electrolyte. Eventually, this helps in building safer batteries.