Lithium carbonate powder used in lithium-ion battery and ceramics manufacturing
Lithium Carbonate
Lithium Carbonate
Lithium Carbonate
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Manufacturer, Supplier, Importer & Exporter Since 2019

Lithium Carbonate

Overview

Looking to find a solid supplier of Lithium Carbonate to drive your battery manufacturing, ceramics, glass or specialty chemicals? To source this raw material it takes more than simply finding a seller, you need to find a partner who is familiar with the grade of purity, particle-size requirement and which grade you need in your application. This is exactly what businesses look for when searching for Lithium Carbonate Suppliers in India — a partner who understands their formulation needs, not just a source of raw stock. Even slight differences in purity can impact performance, especially in battery-grade applications where consistency is directly related to cell efficiency and life.

Ochnology Solutions delivers uniform quality, consistent stock levels and fast delivery throughout Lithium Carbonate India operations, and supported by a sourcing process developed on transparency and reliable turnaround times. Our strategy involves the unique application of each buyer, be it battery making, ceramics making, or specialty chemical synthesis, and then suggesting an appropriate grade. You may require small quantities of trials to test a new formulation or large quantities of production to carry on with production, we liaise with the buyers to ensure that the product satisfies requirements of the application with appropriate documentation and responsive technical support.

What is Lithium Carbonate?

Lithium Carbonate (Li 2 CO 3 ) is an inorganic substance and among the most significant lithium-based industrial chemicals, which are formed by using lithium-bearing brines and spodumene ore. It is normally found as a fine white crystalline powder, often in the industrial world known as lithium carbonate powder, and quite insoluble in water, which actually plays to its advantage in controlled industrial processes.

It is a major raw material in the making of lithium-ion battery cathode materials, and is also used in the manufacture of ceramics, glass and specialty chemical formulations. It is usually simpler to transport and safely store than other lithium salts, as it does not present the same corrosive handling risks as others, and is one of the most traded lithium compounds in the world.

Compatible Applications & Industries

Battery Grade - Battery/EV Industry
Technical Grade - Ceramics
Glass & Pharmaceutical Industry
View MSDS
Variants

Available Options

 Lithium Carbonate Technical Grade

Lithium Carbonate Technical Grade

  • Purity: ≥ 99.0%
  • Iron (Fe): ≤ 0.003%
  • Sulfates (SO4): < 0.1%
  • Form: Fine Crystal / Powder
Lithium Carbonate Battery Grade

Lithium Carbonate Battery Grade

Engineered for high-performance Lithium Iron Phosphate (LFP) and ternary cathode materials. Stringent control over metallic impurities ensures battery safety and cycle life.

  • Purity: ≥ 99.5%
  • Magnetics (Fe): ≤ 0.0001%
  • Ca / Mg Content: < 0.005%
  • Particle Size: D50: 3.5 – 6.0 µm

Key Properties of Lithium Carbonate

The value of lithium carbonate in all industries is reduced to a certain group of performance features, most of which are directly reflected in the practical value of lithium carbonate to industrial purchasers:

  • High chemical purity in a variety of grades, including technical to battery grade.
  • Low moisture level, which facilitates storage stability and uniform handling.
  • High solubility characteristics in electrochemical use.
  • Provides a good flux, reducing the melting points in ceramics and glass manufacturing.
  • Regular particle size distribution to allow uniform processing on batches.
  • Stable at normal storage conditions.
  • No hygroscopicity with appropriate storage conditions, decreasing caking and clumping problems.
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Application 

The application of lithium carbonate can be used in a broad spectrum of manufactures due to its versatility. It is most known in modern times as a precursor to lithium-ion battery cathode materials, and its larger uses of lithium carbonate are far beyond energy storage:

  • Manufacturing of cathode materials in lithium-ion batteries used as power sources in EV and consumer electronics.
  • Adding flux to ceramics and specialty glass manufacturing to enhance thermal shock resistance.
  • Drugs that need lithium salts of high purity.
  • Process additive: smelting of aluminum.
  • Specialty chemical manufacture and lubricating greases.
  • Treatment of air and industrial chemical treatment.

Lithium Carbonate Suppliers in India

Lithium Carbonate Suppliers in India distribute regular and quality-checked batches as per their manufacturing needs and avoiding making contact with un-checked or erratic dealers. A robust dealer network is an intermediary between purchasers and quality control, that each batch attains the anticipated purity and specification requirements prior to reaching the ultimate client a vital protection in the face of how stringent battery-grade specifications can be.

Industries Served

The functional versatility of Lithium Carbonate allows its application in a very broad spectrum of manufacturing industries with their own unique purity and handling needs:

  • Manufacturing of battery and energy storage, EV and grid-scale applications.
  • Production of ceramics and glasses.
  • Pharmaceutical manufacturing
  • Aluminum and metal processing.
  • Production of specialty chemicals and lubricants.
  • Industrial and electrochemical uses.

Lithium Carbonate Wholesalers in India


With battery production and specialty chemical industries stepping up to mass-produce, more buyers seek out stable Lithium Carbonate Wholesalers in India to be able to guarantee consistent large-quantities without having to compromise on quality or turnaround time. Wholesale sourcing is particularly significant to manufacturers with continuous production lines where even a supply interruption can severely impact output schedules, postpone downstream obligations, and strategize production during lithium supply crises in the global market.

Selecting a Friendly Supply Partner

When it comes to manufacturers who rely on this material as a standard component to their production cycle, selecting the appropriate supply partner is more than just making orders, but a relationship of transparency, the correct certification, and reliable communication. An effective partner also takes the initiative to provide information about the availability of raw materials or changes in prices including the changes in lithium carbonate price so that buyers can change the procurement plans in advance instead of responding to the last-minute supply changes.

Buyers also seek partners who are capable of issuing batch-specific certificates of analysis as such documentation is frequently demanded by downstream quality audits, especially within battery and pharmaceutical supply chains where traceability is not negotiable.

Working with Established Production Sources
In the case of sourcing Lithium Carbonate as a regular production requirement, reaching the established lithium carbonate manufactures via the correct channel partners will aid in maintaining consistency in the product, relevant certifications, and compliance to quality standards in each batch of the product. It is of particular concern in the case of buyers who do not afford variability in their finished product because even minor variation in purity can impact downstream battery performance or ceramic flux behavior.

Packaging Options for Lithium Carbonate
Packaging is an important aspect of ensuring that quality of products is maintained between production and end use. Lithium Carbonate is normally packaged in waterproof bags or drums that limit the exposure to humidity and contamination during storage and transportation. On a smaller scale, depending on order volume, buyers may have smaller packs of trial quanta that can be considered to be used in lab testing and formulation tests, or bulk packages that can be used in continuous consumption in an industrial environment. The correct sealing and labeling during the packaging process also contribute to easy handling, safer transportation, and easy traceability of batches when the material is delivered to the facility of a buyer.

Finding Raw Materials in Industry.

When it comes to obtaining lithium-based raw materials to be used in the industry, one may have to go outside of a single country, especially when particular purity grades or regular bulk volumes are needed on a regular basis. An efficient sourcing process unites quality control, appropriate documentation, and reliable logistics, which guarantee timely delivery of materials and their accurate compliance to specifications that a production line relies on. This method affords suppliers a broader, more probing source of quality-assessed provision, assists in mitigating the danger of disruptions caused by regional decrease or the unpredictable global demand.

Lithium Carbonate Exporter in India

To international customers in need of a reliable Lithium Carbonate Exporter in India, quality consistency and documentation is not negotiable, as cross-border shipments are accompanied with extra checks concerning compliance and product quality. Each shipment must be of expected purity and specification, with appropriate, conforming packaging to international shipment, and any required, safety documentation, as the material is classified and requires in some shipping environments.

Storage and Handling Instructions

Handling and storage of the material is important in ensuring the quality of the material prior to processing. One has to store Lithium Carbonate in a cool dry place, without being in contact with moisture, or other substances that are not compatible, as humidity may influence the storage behavior of Lithium Carbonate and its purity. When not in use containers are to be kept closed, and material is to be processed using clean and dry equipment to prevent contamination before processing.

Also, Lithium Carbonate should be kept out of the way of strong acids and oxidizing agents, as under some circumstances it is reactive. Handling of the material should be in accordance with general industrial hygiene, such as donning the correct protective gear, considering the fact that it is in fine powder form, and storage facilities should be well-ventilated to keep the dust at bay during bulk handling activities.

Shelf Life and Stability


Lithium Carbonate has a long shelf life when kept under optimal conditions. But long exposure to moisture or contamination may compromise its purity and processing consistency, and that is why good storage habits and handling procedures are critical to maintaining batch-to-batch consistency, especially when the application is battery-grade and specifications are particularly stringent.

Customers with long storage cycles are advised to routinely check the levels of purity prior to processing, especially in high-purity battery-grade material, because even modest contamination due to exposure to the atmosphere can influence the electrochemical properties of the final battery cells.

Why Choose Us

We offer reliable product quality and reliable service, and thus you are able to concentrate on your production job without care of the supply of raw materials or variability in the batches. The difference in our approach is as follows:

  • Batches of constant quality and quantity on all orders.
  • Clear pricing and quick reaction on availability and technical enquiries.
  • Variable quantities of orders, trial down to bulk.
  • Correct paperwork and specifications sheets attached along with each order.
  • Reactive assistance in terms of queries regarding grades, storage, and processing.
  • Consistent delivery schedules throughout India, which enable predictable production schedules.

Request Lithium Carbonate Quote

Contact Ochnology Solutions and talk about your Lithium Carbonate needs and receive a quote based on your needs.

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Lithium Carbonate

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