Industrial Basic Nickel Carbonate Green Powder, Ni 45–48%, for Ceramic-Colourant and Electroplating Assessment
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ColorLight greenPhysical formPowder
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CAS No.12607-70-4Purity45%
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AppearanceLight Green PowderApplicationBattery Materials, Catalysts, Electroplating Chemi
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ClassificationCarbonateEINECS No.235-715-9
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Grade StandardIndustrial GradeMolecular FormulaNiCO3*2Ni(OH)2*4H2O
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Other NamesBasic Nickel Carbonate; Nickel Carbonate Basic; NiTypeNickel Carbonate
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Product NameBasic Nickel CarbonateNickel Content45%-48%
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DensityApprox. 3.5-4.0 g/cm³Water SolubilityInsoluble in Water
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pH Value7.0-9.0Packing25kg PP Bag with PE Liner; 500kg/1000kg Jumbo Bag
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HS Code2836999000Shelf Life24 Months
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StorageStore in a Cool, Dry and Well-Ventilated PlaceSampleAvailiable
A ceramic-colourant enquiry and an electroplating enquiry need clear material limits and their own accepted results. This industrial basic nickel carbonate is a light-green powder with stated nickel content of 45–48%, providing an analysis reference for a documented grade comparison.
Make the ceramic-colourant result measurable
Describe the intended system and the output measurements that determine acceptance. Request the actual powder’s current composition and impurity report before a trial, because a nickel-content range does not establish the finished colour or prove suitability in every ceramic formulation.
Define the electroplating material limits separately
State the actual process requirements and the chemical limits the offered grade must meet. Confirm the nickel-analysis basis and relevant powder measurements, rather than assuming that a general high-assay description provides compound purity or approval for a particular application.
- Grade comparison
- Actual composition, nickel basis, impurities and measured powder properties.
- Process comparison
- Separate accepted trials for the colourant or electroplating project.
Read the product-test reports with their methods
The stated approximate density is 3.5–4.0g/cm³, product pH is 7.0–9.0 and the material is described as water-insoluble. Obtain the density and pH methods, including the pH test concentration, before treating these descriptors as comparable grade measurements.
Samples are available, with current terms, safety documentation and storage and shelf-life conditions to confirm. Battery materials and catalysts are also stated enquiry directions with separate qualification needs. Include the actual process and accepted measurements so the material comparison rests on relevant evidence rather than an assumed performance or retention guarantee.
