M-510 vs M-996 Rutile Titanium Dioxide

A current-TDS comparison for coating formulators and technical buyers.

Quick Answer: M-510 is a chloride-process, TMP/TME-free multi-application grade for coatings, printing inks, plastics, masterbatch, and profiles. M-996 is a sulfate-process coatings grade for industrial, powder, and architectural systems. Choose by end use, formulation compatibility, technical properties, and trial results rather than process alone.

Side-by-Side Current TDS Comparison

Comparison pointM-510M-996
ProcessChloride processSulfate process
Standard positioningTMP/TME-Free Multi-Application GradeGeneral Coatings Grade
TDS-listed applicationsInterior 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 profilesIndustrial coatings; Powder coatings; Exterior architectural coatings; Interior architectural coatings
TiO2 content94.5%95%
Oil absorption17.5 g/100 g18 g/100 g
Surface treatmentZirconia, alumina, organicAlumina, zirconia; Present

The table reproduces selected current TDS data and is not a sales specification.

When to Shortlist Each Grade

Buyer FAQ

What is the main difference between M-510 and M-996?

M-510 is a chloride-process multi-application grade for coatings, inks, plastics, masterbatch, and profiles. M-996 is a sulfate-process grade for industrial, powder, and architectural coatings.

Does this comparison replace formulation testing?

No. The comparison uses current TDS data to build a shortlist. Final suitability depends on the target formulation, benchmark, and application trials.

How do I request both TDS files?

Use the separate M-510 and M-996 TDS request links on this page. The current documents are provided by email after request.

Compare both grades in your formulation

Share the application, benchmark, performance target, quantity, and destination. Request Quote Request Samples