Cas 554-13-2 Battery Grade Lithium Carbonate
Product Introduction
Chemical formula: Li2CO3
Relative molecular weight (Formula Weight): 73.89
CAS NO:554-13-2
Property:
Colorless monoclinic crystal or white powder. Dissolved in dilute acid,
slightly soluble in water, with greater solubility in cold water than
in hot water. Insoluble in alcohols and acetone, density 2.11g/cm ³,
melting point 723 ℃, boiling point 1230 ℃.
Quality standards: YS/T582-2013
Physical indicators: Loose density>0.3g/cm ³, controllable particle size D50=3-8 μ m.
Packaging:
lined with two layers of plastic film bags, wrapped in plastic woven
bags or covered with plastic film bags for external use. The inner bag
is tied or heat sealed, and the outer bag is firmly sewn.
Net weight: 25kg/bag
Battery
grade lithium carbonate is a white crystalline powder that is odorless,
tasteless, and has stable chemical properties. It has low solubility in
water, but exhibits good solubility in organic solvents. In addition,
battery grade lithium carbonate has high purity, high specific surface
area, high shrinkage rate, high chemical stability, electrochemical
stability, and thermal stability. These characteristics make battery
grade lithium carbonate an ideal battery material, widely used in the
manufacturing of lithium-ion batteries.
Product parameters
name | Battery grade lithium carbonate | |
Content not less than( % ) Li2CO3 | 99.50 | |
Impurity content not exceeding(ppm) | Na | 250 |
K | 10 | |
Ca | 50 | |
Mg | 80 | |
Fe | 10 | |
Cu | 3 | |
Pb | 3 | |
Ne | 10 | |
Mn | 3 | |
Zn | 3 | |
Al | 10 | |
Si | 30 | |
SO42- | 800 | |
Cl- | 30 | |
H2O(%) not more than | 0.25 | |
Widely applicable scenarios
Covering diverse needs
From consumer electronics (mobile phones, laptops) to power batteries (electric vehicles) and energy storage systems (photovoltaics, power grids), all rely on their high-performance characteristics to achieve efficient energy storage and output.
Environmental Protection and Sustainability
Emphasis is placed on resource recovery during the production process (such as cesium mixed salt by-products), which is in line with the long-term trend of green development in the new energy industry.
