XM-A111 Anatase TiO2 Pigment for Industrial Paint and Coating Trials, 96–98.5% Powder
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ColorWhitePhysical formPowder
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CAS No.13462-67-7Purity96%~98.5%
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Model NumberXM-A111Appearancewhite Powder
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Applicationplastic coating paint printing inkClassificationTitanium Dioxide
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Grade StandardIndustrial GradeMolecular FormulaTiO2
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Other Namestio2CertificationISO9001
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HS code3206111000Package25kg/bag
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PH Value6.5-8.5TiO2 Content96~98.5%
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Oil Absorption21~26Residue on sieve 45 μm %0.03~0.05
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Matter volatile at 105°C %0.3~0.5Tinting strength %95~109
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SampleFreely Provided
A paint-pigment enquiry is easier to assess when it names the grade, crystal identity and intended finish. XM-A111 is an industrial anatase TiO2 white powder with 96–98.5% content for paint and coating trials, alongside plastic and printing-ink evaluation directions.
Specify anatase in the XM-A111 paint brief
State the binder and the optical acceptance criteria that the pigment trial must meet. The anatase designation identifies the material being discussed, but it does not establish surface treatment, compatibility or an automatic replacement for the current pigment.
Know what the sieve check addresses
The powder has 0.03–0.05% residue on a 45μm sieve and 0.3–0.5% volatile matter at 105°C. These measurements support a raw-material comparison, while a complete particle distribution and the actual paint's optical result require separate evidence.
- Grade documents
- Confirm XM-A111 identity, current analysis, treatment and the relevant test methods.
- Coating result
- Measure the trial formulation against the intended finish rather than assuming it from TiO2 content.
Evaluate the complete pigment system
The pH range of 6.5–8.5 is another powder value to discuss in the XM-A111 comparison. Paint, plastic and ink use different formulations, so each project needs relevant dispersion and optical acceptance tests rather than a universal pigment-performance conclusion.
A sample request can focus on XM-A111 and the binder-specific brief. The confirmed grade specification and matched formulation results provide the practical basis for the paint or coating decision, without an untested low-cost or innovation promise.
