Industrial Barium Carbonate BaCO3 99% Minimum White Powder for Specialty Glass and Ferrite Enquiries
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Particle-size designationMesh designationColorWhite
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Physical formPowder
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CAS No.513-77-9Purity99.0%
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AppearanceWhite PowderApplicationCeramics, Glass, Ferrite, Electronic Industry, Ceramics, Glass, Ferrite, Electronic Industry, Enamel
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ClassificationCarbonateEINECS No.208-167-3
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Grade StandardIndustrial GradeMolecular FormulaBaCO3
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Other NamesCarbonic Acid Barium SaltTypeBarium Carbonate
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Product NameBarium CarbonateDensity4.43 g/cm³
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Melting Point811°C (Decomposes)SolubilityInsoluble in Water
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Particle Size325 MeshStorageCool, Dry and Well-Ventilated Place
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Shelf Life24 MonthsPackaging25kg PP Woven Bag / 1000kg Jumbo Bag
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SampleAvailable
A certificate of analysis is most useful when it can be matched to the powder actually evaluated. This industrial white barium carbonate material is identified as BaCO3, with a 99% minimum purity designation and stated purity of 99.0%. Specialty glass and ferrite are identified enquiry contexts.
Review the actual analysis for the glass or ferrite brief
Request the current report and compare its constituent results with the project's acceptance limits. Confirm the sample identification and assay basis. The document name alone does not establish the composition limits or performance needed by a specialised material process.
Read the compound-specific technical documents
Obtain the current safety and technical documentation applicable to barium carbonate. Review it with the responsible team and confirm the supplied storage instructions. Properties of another barium salt should not be assumed to apply to this carbonate.
Connect the 325-mesh powder to process measurements
The stated particle designation is 325 mesh and density is 4.43 g/cm³. Ask for the sieve standard, passing criterion and density method. Request appropriate thermal analysis for the actual process instead of using a general temperature entry as an operating limit.
Use the production question to define the trial
Describe the intended glass, ferrite or other industrial formulation and the finished-material results required. Test the exact sample under controlled conditions and retain its reports with the outcome. Ceramic, electronic-industry and enamel applications need their own acceptance criteria, and final selection should follow those project-specific results.
