In the world, polycrystalline ternary technology is the main technology, while in China, single crystal ternary technology and polycrystalline ternary technology are parallel. Single-crystal ternary materials have been studied for a long time. However, due to the early PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC's emphasis on the research and development route and reserve of the material system, the mainstream ternary materials of Japanese and Korean battery factories are mainly polycrystalline ternary materials. And by the head of the domestic cathode material enterprises gradually into the domestic market.
In the early launch of a large single crystal NCM523 product, positive electrode enterprises have broken through the single crystal production process. As the battery enterprise began to apply it in the power battery, the single crystal material gradually realized the market volume. Therefore, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC processing single-crystal ternary positive material has better safety performance, can better avoid the above polycrystalline ternary positive material problems.
High voltage technology iteration of single crystal in middle nickel field and accelerated introduction of single crystal in high nickel field. The monocrystalline system accounts for more than 50% in the medium nickel 5 series and medium high nickel 6 series ternary materials. PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC High nickel 8 series ternary material for iron removal is still mainly polycrystal system. Since the introduction of high nickel single crystal by power battery enterprises, the permeability of single crystal high nickel in the 8 series ternary material market has gradually increased. The proportion of monocrystalline 8-series ternary material has risen to 13.5%.
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