XM-PB07 Precipitated Barium Sulphate Powder, 98–99% Industrial Grade for Formulation Evaluation
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ColorWhitePhysical formPowder
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CAS No.7727-43-7Purity98%-99%
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AppearanceWhite PowderApplicationPlastic,Rubber,Coating,Sealants
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ClassificationSulphateGrade StandardIndustrial Grade
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Molecular FormulaBaSO4Other NamesPrecipitated Barium Sulphate
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TypeBarium SulfateModel NumberXM-PB07
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D50(μm)0.5-0.7D97(μm)1.8-2.5
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Whiteness98-99%pH7-8
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Oil Absorption(G/100g)13-15Package25kg/Bag
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CertificationISO9001Hs code28332700
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Package AppearancecustomizedSampleFreely
A stated purity range is a useful comparison point, but it is not a repeatability study. XM-PB07 precipitated barium sulphate is an industrial white powder with 98–99% purity for plastic, rubber, coating and sealant evaluation, where batch and formulation evidence should decide acceptance.
Read the XM-PB07 assay as a chemical range
The 98–99% purity describes the chemical specification being discussed. Confirm current batch analysis before approval, and keep that assay separate from any claim about consistent dispersion, precise finish or repeatable finished-product performance.
Give the particle comparison two reference points
XM-PB07 has a D50 of 0.5–0.7μm and D97 of 1.8–2.5μm. Review the measurement method and treatment status with both ranges, rather than allowing a single fineness value to stand in for a complete formulation assessment.
- Powder dimensions
- Separate assay, particle distribution and the 98–99% whiteness range.
- Trial dimensions
- Use the actual plastic, rubber, coating or sealant acceptance tests.
Ask what would demonstrate consistency
The pH range of 7–8 is another raw-material comparison value for XM-PB07. A consistency requirement needs relevant batch history and application results, so request that evidence when repeatability matters to the purchasing decision.
Sampling and customized package appearance can be discussed alongside the technical documents. For XM-PB07, a defined powder specification and a relevant trial provide a useful basis for selection without an unsupported promise of identical results in every formulation.
