Industrial Basic Nickel Carbonate Powder, Ni 45–48%, for Electroplating and Surface-Treatment 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
An electroplating or surface-treatment enquiry should state the actual process and required chemical limits before a nickel carbonate grade is selected. This industrial basic nickel carbonate is a light-green powder with stated nickel content of 45–48% for material assessment.
Describe the surface-treatment material requirement
Identify the intended process and the measurements that determine whether the powder is acceptable. Request current composition, the nickel-analysis basis and individual impurity results, because a nickel-content range does not establish compound purity or approval for every surface-treatment application.
Define the fineness requirement through a method
Ask for actual particle measurements and the method used to obtain them if the process requires a particular powder profile. Fine-powder wording does not supply a numerical distribution, so the accepted particle limits should be explicit before a sample comparison.
- Chemical acceptance
- Actual composition, nickel basis and required impurity limits.
- Powder acceptance
- Method-defined particles and the properties relevant to the actual process.
Check the physical and sample reports together
The stated approximate density is 3.5–4.0g/cm³ and product pH is 7.0–9.0, with test methods to confirm. The powder is described as water-insoluble; these material descriptors do not determine operating conditions or replace relevant process qualification.
Samples are available, with current terms, safety documents and storage and shelf-life conditions to agree. Battery materials and catalysts are also enquiry directions with separate acceptance needs. Include the actual process brief and requested particle reports so the comparison rests on measured grade evidence without an assumed purity, approval or finished-surface result.
