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Failure analysis of lithium-ion batteries!
Chinese scientists provide new ideas for the research and development of high-performance lithium metal batteries
Analysis of Domestic Lithium Hydroxide Production Process and Single Ton Cost
Lithium ion batteries - the impact of electrode surface density/compaction/thickness on performance!
Capacity matching design of lithium battery - positive and negative electrodes
Production process of high nickel ternary positive electrode material
New breakthrough in lithium batteries!
New technology for power batteries: Lithium metal negative electrode can replace solid-state batteries as the new favorite in the market
Cutting edge technology of lithium-ion batteries
Dimensionality design of carbonaceous materials for high-performance lithium metal batteries
Lithium manganese iron phosphate: industrial singularity with promising future
Notes on Lithium Manganese Iron
Research on Gas Production of High Nickel/Silicon Carbon Batteries under High Temperature Conditions
Introduction and comparison of battery grade lithium hydroxide
How to extract lithium carbonate and lithium hydroxide from lithium ore?
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DYMETHYLACETAMIDE ( DMAC) 99.8%/99.99%
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N-Methyl Pyrrolidone ( NMP ) Electronic Grade
Lithium Hydroxide Battery Grade
Nickel Sulfate Hexahydrate crystal
Lithium Carbonate Pharmaceutical Grade USP/BP/EP
High Purity Lithium Carbonate 99.99%min
Sodium Metal 99.50%/99.99%
Potassium Metal 99.99%/ Potassium Metal 99.90%
Rubidium Metal 99.99%
Cesium Metal 99.95%/ 99.99%
Lithium Metal 99.90% / Lithium Metal 99.0%
Li2CO3 99.99% Battery Grade
LIOH 56.5% No Dusting Grade
Lithium manganese
Cobalt(III) lithium oxide
