Nickel Carbonate Basic
Molecular formula: NiCO3·2Ni (OH)2·4H2O
Molecular weight: 376.17
Physical and chemical properties: Nickel carbonate basic is grass green powdery crystal, soluble in water and sodium carbonate solution, with ammonia and acid to form soluble salt, soluble in ammonia, dilute acid and ammonium carbonate, potassium cyanide, potassium chloride hot solution. reduced to finely dispersed catalytically active metallic nickel with hydrogen at moderate temperature. decomposed into nickel oxide and carbon dioxide when heated above 300°C.
Applications and Usages: Nickel carbonate basic is an important chemical raw material, widely used in industrial catalyst, precision electroplating, printed circuit board electroplating, general alloy electroplating, nickel alloy electroforming, ceramic industry and so on. Alkaline nickel carbonate is a raw material for making many kinds of nickel salts, and it is a new chemical product which is gradually replacing the traditional petrochemical catalyst.
- Product Description
High-Purity Nickel Carbonate Basic for Catalyst Applications
When you need reliable Nickel Carbonate Basic for precision catalyst systems, our tailored solutions deliver unmatched purity and performance. Designed for methanol synthesis, hydrogenation catalysts, and electrolytic nickel production, our sulfate-free product ensures optimal catalytic activity with ultra-low sulfur (<10ppm) and alkali metal contaminants.
Technical Specifications
- Purity: ≥98% Ni content
- Key Impurities: Fe ≤30ppm | Na ≤50ppm | S ≤10ppm
- Physical Form: Adjustable powder/granular morphology
- pH Range: 7.5–8.5 (customizable)
- Certifications: ISO 9001, REACH, OSHA/GHS compliant
|
Item |
Catalyst Grade |
Industrial Grade |
|
Nickel (Ni), w% |
40-45 |
40-45 |
|
Cobalt (Co),w% ≤ |
1.0 |
1.0 |
|
Sodium (Na),w% ≤ |
0.05 |
0.10 |
|
Cupric(Cu),w% ≤ |
0.001 |
0.005 |
|
Ferric(Fe),w% ≤ |
0.002 |
0.005 |
|
Plumbum(Pb),w% ≤ |
0.001 |
0.002 |
|
Zinc(Zn),w% ≤ |
0.001 |
--- |
|
Calcium (Ca),w% ≤ |
0.005 |
--- |
|
Chloride (Cl),w% ≤ |
0.01 |
0.05 |
|
Hydrochloric acid insoluble ≤ |
0.01 |
0.05 |
|
Passing rate (through75μm mesh sieve ) ≥ |
99.0 |
--- |
Where Nickel Carbonate Basic Excels
1. Catalyst Manufacturing
Ideal for methanol and hydrogenation catalyst carriers, our product prevents sulfur-induced poisoning while maintaining consistent porosity for enhanced reactant flow.
2. Electrolytic Nickel Production
The sulfate-free composition minimizes anode sludge formation, improving current efficiency by up to 15% compared to conventional grades.
3. Copper-Based Catalyst Systems
Customizable particle size (1–10µm) ensures uniform dispersion on copper supports, critical for selective hydrogenation reactions.
Tailored to Your Requirements
We adapt Nickel Carbonate Basic to your exact needs:
✅ Parameter Control
Adjust pH (6.5–8.5), bulk density (0.8–1.6g/cm³), or morphology via our proprietary precipitation process.
✅ Impurity Optimization
Dedicated production lines achieve Fe ≤10ppm or Cl ≤20ppm for Japanese/Korean market compliance.
✅ Flexible Quantities
Start with 25kg R&D batches or scale to 50-ton production runs without quality variance.
Free samples available – test our product in your catalyst formulation risk-free.
Why Trust Our Nickel Carbonate Basic?
18 Years of Catalyst-Grade Expertise
Since 2005, we've supplied 1,000+ industrial clients, including top-tier refineries and research institutes.
Quality Assurance Protocol
- Raw material screening via electrolytic nickel plates
- ICP-OMS batch testing with Certificate of Analysis (COA)
- Triple-packaging in moisture-proof bags (<1% H₂O retention)
Eco-Consistent Production
- Zero wastewater discharge: Converted to sodium nitrate byproduct
- NOx emissions <10mg/m³ via absorption tower treatment
Global Supply, Local Responsiveness
- Fast Turnaround: 10–15 days standard delivery
- Hazardous Chemical Logistics: UN-certified containers for safe global shipping
- One-Stop Procurement: Source 60+ nitrates/carbonates from a single vendor
FAQ
Q: Can you match specific XRD crystallinity requirements for catalyst supports?
A: Yes. We control aging time and precipitation rates to achieve defined crystal structures.
Q: How do you prevent sodium contamination during production?
A: Our multi-stage ion exchange removes Na+ ions post-precipitation, ensuring ≤20ppm levels.
Q: What technical documentation accompanies orders?
A: Each shipment includes COA, SDS, and custom synthesis reports upon request.
Q: Do you offer toll manufacturing using our nickel feedstock?
A: Absolutely. We process client-provided materials in dedicated reactors with strict IP protection.
Let's Optimize Your Catalyst Performance
Contact our chemical solutions team today:
Request a COA or free sample to experience why leading catalyst manufacturers choose our Nickel Carbonate Basic.
