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    Industrialization process of battery specific Graphene lithium battery

    Time:2023.06.27Browse:1

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    1. Cost issues




    The cost of using Graphene as a conductive agent is much higher than that of ordinary carbon black. The cost of lithium battery is the key control factor. Without reducing the cost of raw materials, even if the electrical performance of Graphene is no better, battery manufacturers can not afford to consume hundreds of thousands of dollars per ton.




    2. Process issues




    The technical problems caused by the sheet structure of Graphene for batteries are mainly the preparation of electrode paste. The electrode paste requires good fluidity, dispersibility and proper viscosity. The dispersion of Graphene sheets in the electrode paste is a problem, especially the electrode paste cannot be dispersed by adding dispersants. Graphene has a large surface area, which has a great impact on the stability of the slurry settlement, cannot guarantee the consistency of each batch, and affects the battery performance.




    3. Other factors




    The lamellar structure of Graphene for batteries inhibits the diffusion of lithium ions, which is likely to lead to serious battery polarization and lower battery capacity. The rich functional groups on the surface of Graphene are small wounds on the surface of Graphene. Adding too much Graphene will not only reduce the energy density of the battery, but also increase the liquid absorption of the electrolyte. On the other hand, it will also increase the side reaction with the electrolyte, affect the circulation, and even bring safety problems.

    Role of battery specific Graphene in lithium batteries

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