TOPLUS® Manganese Carbonate
**Description**
| Product Name | Manganese Carbonate |
| Molecular Formula | MnCO3 |
| Cas No. | 598-62-9 |
| Synonyms | Manganese(II) carbonate |
| Brand | TOPLUS® |
RFQ: What is the molar mass of ManganeseCarbonate?
The molar mass of manganese carbonate is obtained by adding the relative atomic masses of each atom in the manganese carbonate molecule. The molar mass of Manganese Carbonate is an important basic physical constant and is widely used in chemical calculations, industrial production and scientific research. In the laboratory or industrial production, when a Manganese Carbonate solution of a specific concentration needs to be prepared, its molar mass must be known in order to accurately weigh it.
RFQ: What are the uses of Manganese Carbonate?
It is not used directly as a final product in industry. Its value lies in its chemical properties, which can be efficiently and economically converted into a variety of high-value materials. The largest area of Manganese Carbonate consumption is as a basic raw material for the production of other high-value manganese products.
- High-purity (battery-grade) manganese carbonate is the main raw material for preparing lithium manganese oxide cathode materials. Lithium manganese oxide batteries are widely used in electric vehicles, power tools, digital products, and other fields.
- Manganese-zinc ferrite is prepared by sintering with iron oxide, zinc oxide, etc., and is used to manufacture magnetic cores, transformers, inductors, and electromagnetic interference suppression components in electronic devices.
RFQ: What are the advantages of Manganese carbonate?
TOPLUS® Manganese Carbonate itself is a solid and easy to transport and store. High-purity, low-impurity manganese carbonate can be produced industrially. Manganese carbonate is relatively stable, not easily deliquescent, and has low water solubility.
- Manganese resources are abundant and their price is much lower than that of cobalt, giving lithium manganese oxide batteries a significant cost advantage.
- Lithium manganese oxide has a stable structure, better overcharge resistance and short-circuit withstand performance than lithium cobalt oxide, and better thermal stability.
- To meet the demands of modern electronic products for miniaturization and high frequency.
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