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Adopting advanced synthetic technology and strict crystallization process control, our product features high purity, excellent reactivity and uniform particle size distribution. It serves as an ideal raw material for a wide range of applications including ceramic coloring, catalyst preparation, lithium battery cathode material production and feed additive manufacturing.
Item No :
LEAFCHEM053Order(MOQ) :
100kgsProduct Origin :
ChinaColor :
pink to purplish-red powderShipping Port :
Shanghai, ChinaLead Time :
2-3 weeksWeight :
25kgCas No. :
513-79-1Molecular Formula :
CoCO₃Appearance :
typically appears as a pink to purplish-red powderAssay :
Minimum Cobalt (Co) Content ≥ 46%Application :
Chemical catalysts and additives grade cobalt carbonate
Adopting a pioneering advanced synthesis process, our product precisely controls the crystallization procedure, forging three core competitive advantages: high purity, excellent reactivity, and uniform particle size distribution. Ideally suited for diverse application scenarios including ceramic coloring, catalyst preparation, lithium battery cathode material production, and feed additive formulation, it is an ideal raw material for boosting the quality and efficiency of downstream industries.
Application Fields
Technical Specifications
| Item | Specification | Test Result |
| Cobalt (Co) Content | ≥ 46 | ICP-OES |
| Moisture | ≤ 0.5% | Loss on Drying at 105℃ |
| Tap Density | 1.2 - 1.8 g/cm³ | Customizable |
| Particle Size Distribution (D50) | 1 - 10 μm | Laser Diffraction Method |
| Impurity Elements | Ni ≤ 100 ppm, Fe ≤ 50 ppmNi | ICP-MS |
FAQ ： Cobalt Carbonate
Q: What is cobalt carbonate?
A: It is an important inorganic cobalt salt (chemical formula: CoCO₃), typically appearing as a pink to purplish-red powder. It serves as a key precursor material for manufacturing various cobalt-based products.
Q: What are the key quality indicators?
A: Core indicators include cobalt content (typically ≥ 46%), impurity content (e.g., Ni, Fe, Cu), particle size distribution (D50), moisture content, and tap density, all of which directly affect the performance of downstream products.
Q: What industries is it mainly used in?
A: It is applied in four core sectors: lithium battery materials (as a raw material for synthesizing cathode materials such as lithium cobalt oxide), ceramic glazes (as a blue/purple colorant), chemical catalysts, and animal feed additives (as a cobalt supplement).
Q: What are the specification requirements for different industries?
A: Battery grade: Demands extremely high purity and low impurity content. Ceramic grade: Emphasizes color stability and particle size consistency. Feed grade: Must comply with heavy metal safety and hygiene standards.
Q: Can customized products be provided?
A: Yes. We can customize parameters such as specific particle size distribution, tap density, specific surface area, or cobalt content according to customers’ process requirements.
Q: What are the packaging and storage requirements?
A: It is usually packaged in 25kg bags with lined sealed packaging. The product should be stored in a cool, dry, well-ventilated place, protected strictly from moisture, and isolated from acids.
Q: Is it a hazardous substance? What are the risks?
A: It is generally not classified as a hazardous substance. However, long-term inhalation of cobalt compound dust may cause harm to the respiratory system. Operators should wear dust masks and gloves during handling and ensure adequate ventilation in the workplace.
Q: How to handle spills or exposure?
A: Skin contact: Rinse thoroughly with soapy water and clean water. Eye contact: Rinse immediately with plenty of clean water and seek medical advice. Spills: Avoid generating dust and collect the spilled material with clean tools.
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