TY-Cobalt Oxide Industrial Black Powder for Impurity Specification and Process Material Evaluation
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ColorBlackPhysical formPowder
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CAS No.1307-96-6Purity99%
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AppearanceBlack PowderApplicationLithium Battery Materials, Ceramic Pigments, Glass
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ClassificationCobalt OxideEINECS No.215-154-6
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Grade StandardIndustrial GradeMolecular FormulaCoO
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Other NamesCobalt Monoxide / Cobalt TetroxideOxide TypeMetal Oxides
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Molecular Weight74.93SolubilityInsoluble in Water
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Density6.44 g/cm³MOQ1 MT
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Packaging25kg Bag, 500kg Bag, 1000kg Jumbo BagSupply Ability500 MT per Month
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SampleAvailableCertificateISO, COA, MSDS
A low-impurity requirement needs an actual analysis and defined limits for the offered oxide. TY-Cobalt Oxide is identified as industrial black powder within the cobalt-oxide family, while its specific phase and composition should be confirmed before comparing chemical-grade results.
Define the oxide identity behind the impurity requirement
Request matched current technical, analysis and safety documents that identify the actual offered phase. The CoO formula entry and broader monoxide/tetroxide naming need reconciliation, so do not assign a phase-dependent assay or physical value to the family description.
- Composition
- Confirm the actual oxide identity and assay basis for the material under evaluation.
- Impurities
- Specify the relevant individual limits, analytical methods and measured results.
- Powder criteria
- Request the physical characteristics and methods required by the intended process.
Make the process comparison application specific
Lithium-battery materials, ceramic pigments and glass are identified enquiry directions with different qualification needs. Define the actual ingredient role and representative process or finished-material tests rather than assuming that low-impurity wording establishes a particular application result.
Verify the actual grade documents and test scope
Reconcile chemical identifiers and confirm the applicable physical and solubility test bases after the oxide phase is established. Obtain any required actual ISO certificate and scope alongside current analysis and safety information rather than relying on a document list.
For this impurity-specification enquiry, establish the material identity first and then compare measured composition, impurity criteria and process results. The actual offered grade should be assessed against the requirements of its proposed role.
