Black Cobalt-Oxide Powder, TY-Cobalt Oxide, for Ceramic-Pigment and Glass Material Assessment
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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 ceramic-pigment or glass enquiry should identify the actual oxide and powder measurements before a material is accepted. TY-Cobalt Oxide is an offered model of industrial black cobalt-oxide powder, with samples available for a documented family-level comparison.
Identify the oxide required by the colour project
State the material identity that the intended ceramic or glass process requires and request actual phase identification for the offered powder. A cobalt-oxide family name and black appearance provide a starting description, while phase-specific acceptance needs current analytical evidence.
Give the fineness requirement a measured definition
Ask for a particle-distribution report and the method used to obtain it if powder fineness matters to the project. General fine-powder wording does not supply a particle percentile, and the actual chemical analysis should identify its composition and assay basis.
- Powder acceptance
- Confirmed phase, required impurities and measured particle data.
- Process acceptance
- The actual ceramic-pigment or glass trial and accepted output measurements.
Evaluate the material in the intended ceramic or glass system
Define the relevant process and the measurements that determine acceptance before comparing the sample. An application direction does not establish a finished colour result or prove that a powder meets the required pigment or glass grade.
Confirm sample terms, current safety documents and applicable certification scope. Lithium-battery materials are also a stated enquiry direction, with their own qualification needs. Request the identity and particle reports with the technical brief so the comparison uses evidence for the actual model rather than an assumed oxide phase or performance result.
