XM-M500 Modified Precipitated Barium Sulfate Powder, 98% Minimum Purity, D50 0.5μm, for Printing Ink, Paint and Coatings
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Particle-size designationD50 specifiedColorWhite
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Physical formPowder
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CAS No.7727-43-7Purity98%min
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AppearanceWhite PowderApplicationCoating,Paint
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ClassificationSulphateEINECS No.231-784-4
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Grade StandardAgriculture Grade, Electron Grade, Industrial GradeMolecular FormulaBASO4
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Other Namesblanc fixeTypeBarium Sulfate
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Model NumberXM-M500ColorWhite
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D50 (μm)0.5Whiteness98%
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Hs code2833270000
A modified-grade enquiry becomes useful when the actual treatment and binder requirements are defined together. XM-M500 is an industrial white precipitated barium sulfate powder with a chemically modified designation, 98% minimum purity, D50 at 0.5μm and 98% whiteness for technical evaluation.
Use the XM-M500 modification designation precisely
Request the actual modification chemistry and current technical specification for the offered powder. The designation identifies a grade question, but it does not supply a treatment agent or establish compatibility with every printing-ink or paint binder.
Compare the explicit median and optical value
Match D50 at 0.5μm with the required particle specification and obtain the full distribution and method. Ask for the method behind 98% whiteness as well, keeping powder colour separate from the opacity, gloss or colour result in a finished formulation.
- Chemical requirement
- Confirm current analysis and the 98% minimum acceptance limit.
- Binder requirement
- Define the actual ink, paint or coating system and its trial criteria.
Qualify the intended use through relevant evidence
Evaluate the offered grade in the actual binder, measuring the optical and dispersion properties that matter to that application. Agriculture or electronics requirements need their own qualification evidence and should not be inferred from industrial coating use.
Include the model, modifier request and particle requirements in the enquiry. A confirmed grade report and a matched binder trial provide a practical comparison without an assumed treatment chemistry or universal formulation-performance guarantee.


