Dedicated printing-ink grade
M-52
Rutile Titanium Dioxide for Printing Inks
Compare rutile titanium dioxide grades for printing inks, including dedicated ink grades and multi-application pigment options.
Quick Answer: M-52 is the dedicated sulfate-process printing-ink grade in the current range. M-350 also lists printing inks, while M-510 lists letterpress, offset, and intaglio inks. M-2377 includes printing inks among its applications, but its production process is not stated in the current TDS. Evaluate dispersion, opacity, gloss, and abrasivity in the target binder and printing process.
Choose by Application Sub-segment
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General printing inks
M-350 and M-2377
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Letterpress, offset, and intaglio inks
M-510
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Related high-gloss and can coatings
M-52
Printing process and pigment decision matrix
| Use context | Selection priorities | Validation | Candidate grades |
|---|---|---|---|
| Dedicated white printing ink | Dispersion, opacity, gloss and binder compatibility | Evaluate in the target ink vehicle and dispersion equipment | M-52 |
| General printing inks | Opacity, gloss, oil absorption and formulation compatibility | Compare against the incumbent pigment at equal loading | M-350, M-2377 |
| Offset, letterpress and intaglio | Dispersion and press wear, viscosity response and print appearance | Run a press-relevant trial and inspect equipment wear | M-510 |
Recommended Rutile Titanium Dioxide Grades
| Grade | Process | TDS-listed applications | Selected current TDS data | Technical data sheet |
|---|---|---|---|---|
| M-52 | Sulfate process | Printing inks; Can coatings; High-gloss interior architectural coatings | TiO2 content: 94.5%; Oil absorption: 14 g/100 g; Moisture when packed: 0.3% maximum | Request M-52 TDS |
| M-350 | Chloride process | High-end decorative paints; Printing inks; Automotive paints; Industrial paints; Plastics | TiO2 content: 93.5% typical (92.5% minimum); Rutile content: 100% typical (99.0% minimum); Oil absorption: 18 g/100 g typical | Request M-350 TDS |
| M-510 | Chloride process | Interior and exterior architectural coatings; Automotive OEM and refinish paints; Coil, anticorrosion, decorative, and powder coatings; Letterpress, offset, and intaglio printing inks; Engineering plastics, masterbatch, and profiles | TiO2 content: 94.5%; Rutile content: 99.9%; Tinting strength: 118% | Request M-510 TDS |
| M-2377 | Not stated in current TDS | Coatings and paints; Printing inks; Plastics; Rubber and paper | TiO2 content: 93.0% minimum; Rutile content: 97.0% minimum; Oil absorption: 16-20 g/100 g | Request M-2377 TDS |
Values shown are taken from the current grade-specific TDS and are not a sales specification. Confirm formulation suitability and current document revision before purchasing.
How to Select a Grade
- Match the pigment to the binder, printing method, dispersion equipment, and target opacity.
- Compare oil absorption, surface treatment, gloss, and abrasivity where stated in the grade TDS.
- Do not infer a packaging-ink approval or end-use claim unless it is separately confirmed.
- Validate press performance and wear in the buyer’s own ink system.
Request Grade-Specific TDS
Technical data sheets are provided by email after request. Select the grade you want to evaluate.
Application FAQ
Which rutile titanium dioxide grade should I test for printing inks?
Start with the grade table on this page, then narrow the choice using your formulation, benchmark, processing conditions, and target performance. Final suitability should be confirmed by application testing.
Does chloride or sulfate process alone determine the right grade?
No. Process is one selection factor. Surface treatment, end-use fit, technical properties, binder or polymer compatibility, and test results should be reviewed together.
How can I request the current TDS?
Use the grade-specific TDS links on this page. The selected technical data sheet is provided by email after request.
Comparison and Selection Guides
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How to Choose Rutile TiO2 for Printing Inks
Related Applications
Need help selecting a grade?
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