XM-A101 Industrial TiO2 Powder for Printing-Ink Durability and Fade-Resistance Evaluation
-
ColorWhitePhysical formPowder
-
CAS No.13462-67-7Purity96%~98.5%
-
Model NumberXM-A101Appearancewhite Powder
-
Applicationplastic coating paint printing inkClassificationTitanium Dioxide
-
Grade StandardIndustrial GradeMolecular FormulaTiO2
-
Other Namestio2CertificationISO9001
-
HS code3206111000Package25kg/bag
-
PH Value6.5-8.5TiO2 Content96~98.5%
-
Oil Absorption21~26Residue on sieve 45 μm %0.03~0.05
-
Matter volatile at 105°C %0.3~0.5Tinting strength %95~109
-
SampleFreely Provided
An ink-durability requirement needs a defined exposure and a relevant test. XM-A101 is an industrial titanium dioxide white powder with 96–98.5% TiO2 content for printing-ink evaluation, where the complete formulation should establish any fade-resistance or durability result.
Define the ink exposure for XM-A101
Identify the printing-ink system and the conditions the finished product must meet. A TiO2 powder identity does not establish improved fade resistance under an unspecified exposure, so agree the comparative method before treating the pigment as a solution to that requirement.
Separate assay from a fade result
XM-A101 has a pH range of 6.5–8.5, with 0.03–0.05% residue on a 45μm sieve and 0.3–0.5% volatile matter at 105°C. These are powder comparison values, not a finished-ink exposure test or proof of optical durability.
- Confirm XM-A101 identity, crystal phase and the offered treatment.
- Review current analysis and the applicable optical test methods.
- Evaluate the ink formulation under the exposure relevant to the intended use.
Qualify the complete ink system
Dispersion and optical acceptance need to be assessed in the intended XM-A101 ink formulation. Paint, coating and plastic directions also require their own trials rather than an approval transferred from an ink result.
A sample enquiry can name XM-A101 and the actual ink brief. The useful pigment decision connects the confirmed grade documents with a relevant exposure test, without an assumed durability gain.
