Graphite iron

The monomer energy density is outstanding, and high nickel is a trend for ternary materials in the future. Ternary materials combine the advantages of lithium cobalt, lithium nickolate and lithium manganate materials, and have obvious ternary synergistic effect and a higher energy density. Because of the prominent monomer energy density, a ternary material can greatly enhance the range, is currently one of the main fabrication material of power battery in a passenger car. Benefit from the downstream high range appeal, high nickel proportion will continue to increase.

PTMS MAGNETIC SEPARATOR

The cumulative production of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC is 21,500 tons, up 97.5% year on year. The growth rate is slightly lower than lithium Iron Phosphate Battery. It is estimated that the annual output of ternary material positive electrode will reach 290,000 tons, and the market positive electrode manufacturers will release 600,000 tons of output, and the ternary positive electrode output is increasing steadily.

what is magnetic separation method？

In the early stage of the development of new energy vehicles, lithium Iron Phosphate Battery prevailed due to its low price and high safety. One year later, because new energy vehicles tend to have high energy density, the market turns to ternary materials, and the market share of lithium Iron Phosphate Battery declines rapidly. In recent years, LITHIUM iron phosphate has come back to the public's vision, and its breakthrough in the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC removal of iron with low cost, high stability and energy density has become the main factor of its reverse attack.

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