Rutile Titanium Dioxide TiO2 Powder, 95% Purity, Stated 50nm Particle Size, for Coatings, Ink and Plastics
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Particle-size designationNanometre designationColorWhite
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Physical formPowder
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CAS No.13463-677Purity95
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Appearancewhite powderClassificationTitanium Dioxide
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Grade StandardIndustrial GradeMolecular FormulaTiO2
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Other NamesTitanium dioxideProduct nameTitanium Dioxide TiO2
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UsagePaint Coatings Printing Ink.plasticKeywordsTitanium Oxide Powder
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ColorWhite ColorGradeIndustrail Grade
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Package25kg/bagMOQ1 Ton
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CAS13436-67-7Particle size50nm
A nanometre value is useful only when its measurement meaning is clear for the pigment being compared. This industrial white rutile titanium dioxide has a declared 95% purity and stated particle size of 50nm for coating, ink and plastic evaluation.
Define the 50nm measurement
Ask which particle metric and test method the value represents, and obtain the full distribution for the offered grade. Keep the stated size separate from D50, primary-particle size or an in-binder dispersion result unless the corresponding report explicitly establishes that relationship.
Confirm the actual rutile material
Request current chemical identification and assay documents before material approval. Obtain surface treatment information with the grade report, because rutile identity and purity do not specify the treatment chemistry or every property relevant to a pigment trial.
- Raw-powder comparison
- Use defined assay, phase and particle measurements.
- Formulation comparison
- Measure the opacity and colour required in the intended binder or polymer.
Use the coating or polymer test to decide fit
Agree the actual paint, printing-ink or plastics requirements and the trial conditions that will determine acceptance. Any durability target needs relevant evidence as well, rather than being inferred from a small stated particle size or the rutile designation.
Include the requested size definition and chemical documents with the technical enquiry. That preparation gives the subsequent optical trial a precise purpose without an assumed dispersion, hiding-power or durability guarantee.
