Year1
- 型号：
- VK-R30D
- 晶型：
- 单斜
- 粒径：
- 30纳米
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,:
Basic information:
C#:
Properties:
<& Nano-zirconia R for lithium batteries is mainly used for ternary materials ( That is, lithium nickel cobalt manganate (C)), lithium cobalt oxide (C), lithium manganate and other lithium battery cathode materials. Nano-zirconia powder for batteries has fine nanoparticle size, uniform particle size distribution, no hard agglomeration and good sphericity. Nano-zirconium dioxide mixed into lithium battery cathode materials can effectively improve the battery's cycle performance, rate performance, etc., and extend the service life of the battery.
Nano-zirconia powder for batteries has fine nanoparticle size, uniform particle size distribution, no hard agglomeration and good sphericity. During production, the content of each component is precisely controlled, uniform mixing of particles between different components is achieved, and particle size, shape and structure are strictly controlled to ensure product quality. The conductive properties of this product doped with different elements are used in electrode manufacturing in high-performance solid batteries.
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Battery-specific nano-zirconia is widely used in the production of solid oxide fuel cells, oxygen sensors and microelectronic equipment. <.
Battery-specific nano-zirconia has high oxygen ion conductivity, excellent mechanical properties and good redox stability under high temperature conditions. <.
Battery-specific nano-zirconia is covered or dispersed in The alloy surface can also produce active element effects, significantly improving the high-temperature oxidation resistance of the alloy and greatly improving the adhesion of the oxide film. <.
As an electrolyte, it has been widely used as an ideal electrolyte for batteries. Applied to solid oxide fuel cells
<. Used to transfer oxygen ions generated by the reaction. At high temperatures of ~°C, the ions can penetrate ceramic materials. <.
Nano zirconia is currently the most commonly used electrolyte material, and long-term stability of performance is crucial to the reliability of solid oxide fuel cell systems. <& < Mainly used for ternary materials (i.e. lithium nickel cobalt manganate (C)), lithium cobalt oxide (C), lithium manganate < and other lithium battery cathode materials.
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Packaging:
kg/barrel
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