In the treatment of spodumene by PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC, the α-type is converted into β-type, which is loose and easy to react. This phase change is actually combined in the sintering process at the same time. The general reaction is to convert the α-type into the β-type which has a relatively loose structure and is easy to react when treating spodumene. This phase change is actually combined in the sintering process at the same time.
This PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field is reversible, and in order for the reaction to proceed more fully to the right, excess K2SO4 needs to be added. The study used cheaper Na2SO4 to replace K2SO4, but because of the formation of the "spodumene glass" melt, the lithium in it is not easy to dissolve, so Na2SO4 can not be completely used to decompose spodumene, and only Na2SO4 can replace part of K2SO4.
By using a large number of organic complexers, sol/gel method can make LITHIUM, iron and phosphorus evenly distributed at the atomic or molecular level, but this preparation method of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC is different in price and large-scale production.
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