XM-PB07 Ultrafine Precipitated Barium Sulfate for Industrial Rubber, Plastic, Coating and Sealant Trials
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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
Rubber-compound selection needs a filler comparison that connects powder measurements with the actual material brief. XM-PB07 precipitated barium sulphate offers 98–99% purity in an industrial white powder, with plastic, coating and sealant evaluation also among its application directions.
A fine distribution for the rubber discussion
XM-PB07 has a stated D50 of 0.5–0.7μm and D97 of 1.8–2.5μm. These values help frame a particle specification, but the treatment, measurement method and behaviour in the intended rubber compound still need to be confirmed.
Let the compound define the benefit
Choose the rubber tests that will determine whether XM-PB07 belongs in the formulation. A fine powder identity does not establish a strength, durability or dispersion improvement, so compare the trial compound against the project's existing material and acceptance limits.
- Identify XM-PB07 and the receiving rubber system.
- Confirm current analysis, particle-method and treatment documents.
- Assess the finished compound before extending the result to another matrix.
Keep the other formulation routes distinct
Plastic, coating and sealant projects should use their own relevant evaluation conditions for XM-PB07. The 98–99% whiteness range and pH of 7–8 are powder comparison points, rather than evidence that every application will accept the same formulation approach.
Ask about the sample and customized package appearance alongside the technical documents for this grade. A clear rubber brief and a relevant compound trial turn the XM-PB07 enquiry into an evidence-based material choice.
