The primary use of use of battery garde lithium carbonate (and lithium hydroxide) is as a precursor to lithium compounds used in lithium-ion batteries. In practice two components of the battery are made with lithium compounds: the cathode and the electrolyte.

The electrolyte is a solution of lithium hexafluorophosphate, while the cathode uses one of several lithiated structures, the most popular of which are lithium cobalt oxide and lithium iron phosphate. Battery grade Li2CO3 may be converted into lithium hydroxide before conversion to the compounds above.

The appearance of battery grade Li2CO3 is white particles, and the particle size is larger than that of high-purity Li2CO3. It often used in industrial production as battery electrolyte, catalyst, etc. Chinese companies are becoming an important "variable" in the global supply of lithium mines. In the face of the global carbon neutral goal and the TWh era, the strategic importance of lithium resources has become a global consensus, and the future competition is bound to become more intense. China's increasing control of overseas lithium resources and speeding up the development of domestic lithium mines are of great strategic significance for ensuring the safety of lithium resources.

 

 

Lithium Carbonate (99.5%)

 

Appearance	White Powder	Grade	Battery Grade
Standard	GB/T 11075-2003(No. Li2CO3-2)
CAS No	554-13-2	Catalog No	Li2CO3-02

 

Chemical Analysis

 

Test Item	Content (%) Guaranteed	Test Methods
Li2CO3	99.5	Subtraction
Na	0.025	AAS
K	0.001	AAS
Mg	0.008	AAS/ICP
Ca	0.005	AAS/ICP
Fe	0.001	Turbidimetry/ICP
Pb	0.0003	ICP
Ni	0.001	ICP
Cu	0.0003	ICP
Mn	0.0003	ICP
Zn	0.0003	ICP
Al	0.001	ICP
Si	0.003	ICP
Magnetic Substance	0.0003	ICP
SO42-	0.08	Turbidimetry
Cl-	0.003	Turbidimetry
H2O	0.25	Gravimetric Method (150℃, 2h)
PSD D10	≥1um	Malvern Granulometer
PSD D50	3-8um	Malvern Granulometer
PSD D90	9-15um	Malvern Granulometer

 

Others

 

Formula	Li2CO3
Formula Weight	73.89
Density (g/cm3)	2.11
Bulk Density(kg/l)	approx 0.8
Melting Point	732℃
Boiling Point	/

 

 

Application	Used in the production of lithium ion batteries.
Transportation	Packaging damage should be paid attention to during transportation.
Storage	Products do not need to be stored under special conditions.
Package	25 kg/bag in PE bag. The outer packing shall be in paper drums, or to be determined by both parties.

 

What's your product battery grade lithium carbonate advantages?

Our company is a complete provider company focusing on Battery Grade Li2CO3 customization and associated product development, manufacturing, and sales. We are dedicated to growing normal product options for customers. Since its establishment, we have been adhering to the mission of manufacturing the most aggressive merchandise for clients and carrying out product innovation and production. We introduce talents, care for them, domesticate them and furnish a vast platform for them to show their talents. We support scientific management, adhere to scientific development, enhance the company's control ability, combine high-quality resources, and provide full play to the group's advantages.

 

 

 

 

 

 

 

 

Q: What's your MOQ?

A: If we have the products in stock, it will be 25kg as per the MOQ. If we need to produce, we can discuss the MOQ according to customer's exact situation.

 

Q: What are your main products?

A: Lithium salt series products, cesium salt series products, and rubidium salt series products, welcome your email consultation.

 

Q: What is your advantage compared with your competitors?

A: Under the premise of ensuring 100% quality control, we can provide customers with more favorable prices that are friendly to the people.

 

 

Li2CO3 99.5%. On the demand side, since 2021, downstream demand has accelerated, and tighter prices have pushed lithium salt prices back to their historical peaks. By the beginning of November, the quotation of battery-grade Li2CO3/lithium hydroxide bulk orders once crossed the 200,000 yuan/ton mark, which was nearly four times higher than the 50,000-60,000 yuan/ton price at the beginning of the year. CAS: 554-13-2

GGII data shows that by 2025, the global penetration rate of new energy vehicles is expected to reach more than 20%, which will drive global power battery shipments to 1,100GWh. In the next 5 years, the compound annual growth rate of global energy storage batteries is about 72.8%, and global energy storage battery shipments are expected to reach 416GWh in 2025.

According to an estimate that 10,000 tons of Li2CO3 processing capacity can meet the demand for 15GWh batteries, 1516GWh of lithium batteries means that more than 1 million tons of Li2CO3 production capacity will be derived.

On the supply side, due to the continuous drop in lithium salt prices and the epidemic and other macroeconomic policies in the past few years, the Australian spodumene mines have been cleared and reorganized. The original planned new production capacity has been extended indefinitely, and the South American salt lake expansion plan has also been delayed and superimposed. The change of sales model and the factors of the international political environment have made the control of lithium resources a strategic demand.

At present, the entire lithium resource industry is in a tight supply balance, and prices continue to rise. In the future, as the gap between supply and demand widens, the evolution of market supply and prices will become more severe. This is also the reason why companies are currently competing for lithium resources and increasing the development of lithium mines.

As a large demand country, from the perspective of supply stability and cost control, it is very important for Chinese companies to go out and grab the right to speak of the cost of lithium mines. At present, Chinese companies including CATL, Ganfeng Lithium, Tianhua Super Clean, Zijin Mining, and Tibet Everest have all taken steps to acquire. There will be more companies participating in the global mineral resources battle in the future. CAS: 554-13-2

http://www.bjrlithium.net/