XM-T288 Titanium Dioxide TiO2 Powder, 94% Minimum Purity, for Industrial Coating and Printing Ink
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ColorWhitePhysical formPowder
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CAS No.13463-67-7Purity94%min
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Model NumberXM-T288AppearanceWhite Powder
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ApplicationCoatingClassificationTitanium Dioxide
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EINECS No.257-372-4Grade StandardAgriculture Grade, Electron Grade, Industrial Grade, Reagent Grade
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Molecular FormulaTiO2Other Namestitanium dioxide
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Product nameTitanium DioxideColorPure White
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GradeIndstrial GradeCertificateISO
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HS Code32061110.00Content94
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UsageCoating, Printing InkPh value6.5-8.5
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Oil Absorption22Average particle diameter0.20-0.26
XM-T288 gives a coating or printing-ink enquiry a defined titanium dioxide model to discuss. The industrial white TiO2 powder has 94% minimum purity and a pH range of 6.5–8.5, with application fit requiring evidence from the intended binder.
Start with the XM-T288 pigment identity
Confirm the offered crystal phase and any surface treatment before making a grade comparison. The model and chemical name do not establish rutile or anatase identity on their own, nor do they specify treatment chemistry.
Put units behind the powder measurements
Request a unit-defined particle report and the method used to determine average diameter. Ask for oil-absorption units and test conditions as well, so the technical comparison does not depend on numbers without a clear measurement basis.
What will decide opacity in the formulation?
Agree a relevant hiding-power or opacity test in the actual coating or ink binder. TiO2 percentage and pure white appearance are useful material descriptions, but neither supplies a finished-formulation optical result.
Confirm the required qualification scope
Obtain applicable documentation if an ISO certificate or a particular end-use grade is a purchase requirement. Industrial coating use does not establish agriculture, electronics or reagent suitability, and weathering performance needs its own evidence.
Include the model, accepted assay and binder brief in the technical enquiry. Reviewing those requirements alongside defined measurements makes the XM-T288 evaluation practical without assuming an untested pigment-performance guarantee.
