CAS 554-13-2

Product Overview

Lithium carbonate (chemical formula Li₂CO₃) is an inorganic lithium-based carbonate compound. It is a white granular or powdery solid with low water solubility and stable chemical properties under ambient conditions. As a fundamental upstream lithium feedstock for producing various lithium-derived chemicals, it plays an essential role across new-energy batteries, glass-ceramics and pharmaceutical industries.

Product Detailed Description

This inorganic lithium-salt material derives its core application value from its stable ionic-crystal structure. Its low-solubility property enables straightforward purification via precipitation and recrystallization, effectively removing harmful trace-metal impurities. Rigorous impurity control is critical for battery-grade material, because even minor trace-metal contaminants can trigger self-discharge or create safety hazards in finished lithium-ion cells. Unlike many soluble lithium salts, lithium carbonate remains chemically inert at room temperature; it decomposes only under high-temperature calcination, releasing carbon dioxide to form lithium oxide.

Commercial-grade lithium carbonate is primarily supplied as fine white powder or loose particles. It is slightly soluble in cold water, with further reduced solubility in hot water, and insoluble in most organic solvents. It is categorized into industrial-grade and battery-grade based on quality specifications. Battery-grade lithium carbonate enforces tighter limits on sodium, calcium, magnesium and heavy-metal impurities. Beyond functioning as feedstock for battery-cathode precursors such as lithium-iron-phosphate and ternary materials, it serves as an additive for specialty glass and ceramic-glaze frits, and as starting material for manufacturing other lithium chemicals including lithium hydroxide monohydrate and lithium hexafluorophosphate. Appropriately-graded lithium carbonate is also used in certain pharmaceutical-material production workflows.

As a professional chemical supply-chain provider, we maintain strict quality-control standards for lithium carbonate. Our available grades deliver consistent main-component assays with closely monitored trace-impurity parameters. Carefully-sourced raw materials paired with standardized screening and packaging procedures minimize batch-to-batch variation. Stable physicochemical specifications prevent quality drift that would otherwise lead to under-performing cathode materials or defective end-products for downstream new-energy manufacturers.

Purchasers gain tangible practical benefits by choosing our product supply. First, consistent product specifications reduce repeated laboratory testing for your technical teams and cut raw-material waste during continuous large-scale synthesis. Second, we provide comprehensive export-oriented documentation including COA and MSDS to streamline cross-border customs clearance and corporate safety-audit workflows. Third, flexible packaging options support small-scale trial-batch orders as well as high-volume bulk-industrial procurement. Our technical team can provide practical guidance on material storage and handling when customers encounter real-world production challenges.

We fully understand overseas buyers' key concerns around product stability, document completeness and safe transportation. Store this lithium-containing solid in hermetically-sealed containers within cool, dry, well-ventilated warehouse premises. Keep it isolated from moisture, acids and strong oxidizing agents to avoid chemical contamination. Every shipment undergoes pre-shipment inspection prior to dispatch. We have extensive export experience with new-energy inorganic chemicals and maintain long-term stable partnerships with battery-material and fine-chemical manufacturers worldwide. This proven track-record demonstrates our reliable supply capabilities.

CTA (Call-to-Action)

If you are sourcing qualified industrial-grade or battery-grade Lithium Carbonate for battery-material synthesis, glass-ceramic manufacturing or lithium-derived-chemical production, please submit your inquiry. Kindly specify your target grade, purity requirements, packaging specifications and order volume. Our sales-technical team will respond within 24 hours and deliver a competitive quotation together with complete supporting-document sets. Laboratory-evaluation samples are available upon request.

FAQ

Q1: What are the major application fields of Lithium Carbonate?

A1: It acts as critical upstream lithium feedstock for lithiumionbattery cathodematerial manufacturing. It is also used in specialtyglass and ceramic additives, and for synthesizing other lithiumseries fine chemicals. Appropriatelyqualified material may be deployed for pharmaceuticalmaterial production.

Q2: What core differences exist between batterygrade and industrialgrade lithium carbonate?

A2: Batterygrade lithium carbonate imposes far stricter thresholds for tracemetal impurities including sodium, calcium, magnesium and heavy metals. Lowimpurity levels are required to secure the safety and cycling performance of finished lithiumion batteries. Industrialgrade material is intended for nonbattery use cases with more lenient impurity limits.

Q3: What storage and handling precautions apply to lithium carbonate powder?

A3: Maintain tightlysealed containers within cool, dry and wellventilated storage areas. Avoid exposure to humid air, acids and oxidants to prevent impurity contamination. Wear suitable dustresistant PPE while handling the powder.

Q4: Can you supply labtest samples for performance evaluation?

A4: Yes, smallquantity laboratoryassessment samples are available. Buyers are responsible for associated samplerelated costs and freight charges.

Q5: What exportsupporting documents can you provide for shipment?

A5: We can furnish COA, MSDS, packing list and commercial invoice to support your import customsclearance procedures.

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