Nickel(II) carbonate(Nickel Carbonate)(Ni Assay Min.40%) Cas 3333-67-3
| Nickel Carbonate |
| CAS No. 3333-67-3 |
| Properties: NiCO3, Molecular weight: 118.72; light green crystal or powder; soluble in acid but not soluble in water. |
Nickel Carbonate Specification
| Symbol | Nickel(Ni)% | Foreign Mat.≤ppm | size | |||||
| Fe | Cu | Zn | Mn | Pb | SO4 | |||
| MCNC40 | ≥40% | 2 | 10 | 50 | 5 | 1 | 50 | 5～6μm |
| MCNC29 | 29%±1% | 5 | 2 | 30 | 5 | 1 | 200 | 5～6μm |
Packaging: bottle (500g); tin (10，20kg); paper bag (10，20kg); paper box (1，10kg)
What is Nickel Carbonate used for?
Nickel Carbonate (NiCO₃) - Applications and Uses
Nickel Carbonate is a versatile and essential inorganic compound that serves as a key precursor and functional additive in numerous industrial processes. Its primary value lies in providing a source of nickel ions for catalysis, surface treatment, and coloration. Our high-purity Nickel Carbonate is consistently formulated to deliver reliable performance across its diverse applications.
Primary Applications and Industries:
1. Catalysts & Chemical Synthesis
Nickel Carbonate is a fundamental starting material for the preparation of various nickel-based catalysts and specialty nickel compounds.
* Catalyst Precursor: It is thermally decomposed to produce active nickel oxide (NiO) and metallic nickel catalysts, which are critical in hydrogenation reactions, steam reforming, and other petrochemical processes.
* Specialty Nickel Salts: Serves as a key raw material for the synthesis of other high-purity nickel compounds, most notably Nickel Sulfate, which is essential for electroplating and the battery industry.
2. Surface Treatment & Electroplating
In the metal finishing industry, Nickel Carbonate plays a crucial role in maintaining plating bath chemistry and producing functional coatings.
* Neutralizing Agent: It is expertly used to control and raise the pH of nickel plating electrolytes, ensuring optimal bath stability and deposition efficiency.
* Source of Nickel Ions: It provides a soluble source of nickel ions in various chemical plating formulations, contributing to the formation of uniform and adherent nickel coatings.
3. Pigments for Glass & Ceramics
Leveraging its ability to impart stable and consistent color, Nickel Carbonate is a valued additive in the coloration of inorganic materials.
* Glass Coloring: It is used to produce a range of colors in glassware, from subtle browns and grays to more intense hues, depending on the composition and firing conditions.
* Ceramic Pigments: Serves as a key component in the manufacture of ceramic frits and pigments, resulting in durable colors for glazes and porcelain enamels.
4. Other Specialized Applications
* Intermediate in Battery Material Production: As a precursor to nickel sulfate, it is part of the supply chain for nickel-rich cathode materials used in lithium-ion batteries.
* Additive in Ferrites: Used in the production of certain soft magnetic ferrites for electronic applications.
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Key Characteristics & Benefits:
* High Purity: Ensures consistent results and minimizes impurities in sensitive applications like catalysis and plating.
* Versatile Precursor: An efficient source of nickel for synthesizing a wide range of other nickel compounds.
* Controlled Reactivity: Ideal for use as a pH regulator in plating baths, preventing rapid pH swings.
Disclaimer: The information provided is intended for descriptive purposes. Users must verify the suitability and handling requirements of Nickel Carbonate for their specific application and comply with all relevant health, safety, and environmental regulations.
