XM-DHR966 Rutile Titanium Dioxide, 94% Purity, for Paint, Industrial Ink and Powder Coating
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ColorWhitePhysical formPowder
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CAS No.13463-67-7Purity94%
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Model NumberXM-DHR966Appearancewhite
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Applicationpigment, paint, industrial ink and powder coating.ClassificationTitanium Dioxide
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Grade StandardIndustrial GradeMolecular Formulatio2
One pigment enquiry can lead to different tests in ink and coating production. XM-DHR966 is a white industrial titanium dioxide pigment with stated purity of 94% and a rutile designation. Paint, industrial ink and powder coating are its named application directions.
Establish the XM-DHR966 grade documents
Ask for current analysis, phase information and a measured particle distribution for the material being evaluated. Request any relevant surface-treatment description rather than assigning one from the rutile name. A nanoscale classification needs appropriate particle evidence and should not be assumed for this grade.
Give industrial ink its own acceptance test
Describe the intended ink vehicle and printing process before assessing the candidate. Define which dispersion and printed-appearance results will determine suitability. The stated purity helps identify a composition requirement but cannot predict performance in a particular ink system.
Evaluate paint and powder coating separately
A paint binder and a powder-coating resin can require different processing and finished-film comparisons. Set the relevant application, cure and appearance criteria for each project. Do not carry an acceptance result from one formulation into another without the evidence needed for that system.
- Identify the intended application and current pigment requirement.
- Match the grade documents to the sample received.
- Assess the processed result against the agreed project limits.
Make the comparison traceable
Keep the XM-DHR966 sample record, analytical report and trial conditions together. Request additional identity or procurement documents where required by the specification. This connects a defined industrial pigment with results from the actual process being considered.
