TY-Cobalt Oxide Industrial Black Powder for Battery Material Enquiries with Oxide Phase Confirmation
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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
TY-Cobalt Oxide identifies an industrial black powder in the cobalt-oxide family for battery-material enquiries. The actual oxide phase and composition need confirmation before selecting a phase-specific grade or assigning the material a particular battery role.
Confirm the oxide being offered for the battery project
Request matched current technical, analysis and safety documents that identify the actual chemical phase and its composition. The CoO wording and broader monoxide/tetroxide naming should be reconciled for the offered material rather than treating those names as proof of an interchangeable grade.
Define the actual battery-material role and acceptance
Specify the intended material role and the process and analytical criteria required by the project. A battery application direction does not identify a finished electrode material or establish capacity, cycling, conductivity or another electrochemical result, so obtain the relevant representative qualification evidence.
- Identity evidence
- Confirm the actual oxide phase, composition and chemical identifiers in matched product documents.
- Grade evidence
- Request the assay basis, impurity limits and powder criteria for that confirmed material.
- Process evidence
- Agree the actual battery-material role and representative acceptance tests before approval.
Use physical data only after the grade is resolved
Confirm the applicable physical methods and solubility description for the offered oxide instead of assigning phase-dependent values to the whole family. Any required ISO evidence should be checked through the actual applicable certificate and scope, alongside current analysis and safety documents.
Ceramic-pigment and glass directions are also identified, with their own formulation and process requirements. For the battery enquiry, proceed from confirmed oxide identity to actual grade data and the representative results required by the intended material role.
