Lithium Carbonate is an important chemical used in batteries, glass, ceramics, medicine, and other fields. In the field of battery manufacturing, it is the main raw material for lithium-ion batteries and an important material for the manufacture of electric vehicles, mobile phones, laptops, and other electronic products. In the glass industry, it is a very common additive that can improve the heat resistance and shock resistance of the glass, and can also change the color and light transmittance of the glass. In the ceramic industry, it is an oxide with good stability, which can be used to manufacture high-temperature ceramics, such as refractory materials, electronic components, etc. In the field of medicine, this product has anti-depressant, anti-anxiety, anti-epileptic, and other pharmacological effects, and can be used to treat various mental diseases and nervous system diseases. It should be noted that this is a flammable and explosive substance, you should pay attention to safety when using it, avoid contact with fire sources, and store it with moisture and sun protection. At the same time, dosage and contraindications should also be paid attention to when using this product in the medical field.

 

It has little solubility in water, so it can be prepared by precipitation of lithium ions and carbonate ions in solution. Its solubility decreases with increasing temperature. It precipitated from the solution does not contain water of crystallization. Due to the strong polarization of lithium ions, it is less thermally stable than other alkali metal carbonates. When heated to its melting point, lithium oxide, and carbon dioxide will be decomposed.

① Li2CO3→Heated→Li2O + CO2↑. ② Li2CO3 + 2H = 2Li + H2O + CO2.

 

 

Lithium Carbonate (99.0%)

 

Appearance	White Powder	Grade	Battery Grade
Standard	GB/T 11075-2013
CAS No	554-13-2	Catalog No	Li2CO3-M03

 

Chemical Analysis

 

Test Item	Content (%) Guaranteed	Test Methods
Li2CO3 　	99.0	BJR-JC16
Na 　	0.06	BJR-JC01
Fe	0.01	BJR-JC01
Cl-	0.05	BJR-JC04
H2O	0.2	BJR-JC06
PH	10.9-11.5	BJR-JC01

 

Others

 

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

 

 

 

What is Lithium carbonate used for usually?

It is an inorganic compound with chemical formulation of Li2CO3, CAS No.: 554-13-2, which is colorless monoclinic crystal or white powder. It can be used in the manufacture of lithium compounds, enamel and glass. It is a uncooked fabric for sourcing lithium compounds and steel lithium, and can be used as an electrolytic bathtub additive for aluminum smelting. It is broadly used in glass, ceramics, medication and meals industries, and can additionally be used in artificial rubber, dyes, semiconductors, navy and protection industries, televisions, atomic energy, medicine, catalysts, etc. For the coaching of acoustic grade single crystal, optical grade single crystal.

 

 

 

 

 

 

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A: For high-value samples, you need to pay the sample fee, and the corresponding fee will be deducted from the order settlement later.

 

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The electrolyte market demand has surged, and upstream supply chain companies are watching the wind. CAS: 554-13-2

In 2021, the sales of new energy vehicles will increase sharply, and the shipment of power batteries will increase significantly year-on-year, creating strong demand for upstream lithium battery raw materials. Forced by the skyrocketing price of upstream raw materials and short supply, electrolyte prices have continued to rise and supply is tight, which has become a bottleneck hindering the release of power battery companies' production capacity.

Among them, in the third quarter alone, domestic electrolyte shipments reached 130,000 tons, and the prices of electrolytes and their raw materials rose sharply from the previous month, especially solvents and additives. The average price rose by more than 20%, and some materials increased by more than 40%.

The downstream market demand is strong, including the production and sales of leading companies such as electrolyte, lithium hexafluorophosphate, additives, solvents, etc., which drove a substantial year-on-year growth in performance. Among them, Poly Fluoride, lithium hexafluorophosphate companies, its net profit in the first three quarters even soared by more than 50 times year-on-year.

Overall, driven by the growth of downstream demand and the price increase of upstream raw materials, the electrolyte industry chain has entered a high level of prosperity, and the net profit of industry chain companies has increased significantly year-on-year. In terms of profit growth, additives and lithium hexafluorophosphate companies are the highest.

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