XM-BA13 Natural Barium Sulfate, 97% Minimum, 10μm D97 Powder for Coatings, Plastics and Rubber
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Particle-size designationD97 specifiedColorWhite
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Physical formPowder
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CAS No.13462-86-7Purity97%
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AppearanceWhite PowderApplicationPowder coatings, Plastics, Rubber, Painting, ect.
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ClassificationSulphateGrade StandardIndustrial Grade
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Molecular FormulaBaSO4Other NamesBaSO4
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TypeBarium SulfateUsagePowder coating, Paint, Rubber,Plastic,etc.
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NameBarium sulfate / Blanc fixe / Barite powderBaSO4 purity≥97%
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Particle sizeD97 10 micronWhiteness(%)≥92
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ColorWhiteCertificateISO
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Hs code25111000.00ph≥8
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Loss on ignition(%)2.5
Minimum values need to stay visible when a mineral powder is compared with a purchasing specification. XM-BA13 is a natural industrial barium sulfate white powder with at least 97% BaSO4 purity and a 10μm D97 for coating, plastic and rubber evaluation.
Preserve the XM-BA13 minimum values
The whiteness is at least 92%, while the pH has a lower bound of 8. Confirm the relevant methods and full grade limits before assigning a typical range or deciding whether these values match the intended formulation.
Put D97 into a complete particle enquiry
A 10μm D97 provides one defined particle percentile for XM-BA13. Request the complete distribution and any treatment information, because that one value does not establish dispersion, finished gloss or compatibility with an unspecified binder or polymer.
- Coating enquiry
- Identify the binder and the finish measurements that will decide the trial.
- Plastic or rubber enquiry
- Specify the receiving matrix and its raw-material acceptance requirements.
Use the actual grade for the comparison
The XM-BA13 model should remain attached to the current chemical analysis and test documents. A similar natural-barium-sulfate name does not make another powder interchangeable, particularly when assay bounds and particle specifications differ.
Bring the intended coating, plastic or rubber brief into the XM-BA13 discussion. A confirmed natural grade specification and relevant formulation evidence give the 97% minimum powder a useful evaluation route without an assumed performance or certification guarantee.
