TITAN MIX product catalog
TITAN MIX Series
TITAN MIX Series comprises six rutile titanium dioxide composite pigment grades for plastics and masterbatch, architectural coatings, industrial coatings and selected ink systems. Use the comparison below to identify a documented starting grade, then review the exact TDS and validate it in your formulation and production line.
TITAN MIX Grades for Plastics and Masterbatch
TITAN MIX P75
Rutile TiO₂ composite pigment for PE/PP white masterbatch, PVC profiles, injection molding, blow molding and general plastic coloration.
- TiO2 Content: 75-77%
- L* Value: 96 min
TITAN MIX P80
High-whiteness rutile TiO₂ composite pigment for ABS, PVC profiles, engineering plastics and non-food-contact plastic products.
- TiO2 Content: 79-80.5%
- L* Value: 97 min
TITAN MIX Grades for Architectural Coatings
TITAN MIX C75
Rutile TiO₂ composite pigment for interior wall coatings, economy emulsion paints, matt decorative paints and general water-based coatings.
- TiO2 Content: 75-77%
- L* Value: 96 min
TITAN MIX C78
Rutile TiO₂ composite pigment for exterior wall, engineering, texture-base, elastic and balanced water-based coating systems.
- TiO2 Content: 77-79%
- L* Value: 96.5 min
TITAN MIX Grades for Industrial Coatings and White Ink
TITAN MIX 380
Rutile TiO₂ composite pigment for industrial paints, machinery coatings, primer systems, baking finishes and medium-grade topcoats.
- TiO2 Content: 79-80.5%
- L* Value: 97 min
TITAN MIX INK80
Rutile TiO₂ composite pigment for selected solvent-based inks, gravure white inks, underprint whites and evaluated white ink systems.
- TiO2 Content: 79-80.5%
- L* Value: 97 min
Compare TITAN MIX Titanium Dioxide Composite Pigment Grades
| Model | Recommended Application | TiO2 Content | L* Value | Oil Absorption | Typical Direction |
|---|---|---|---|---|---|
| TITAN MIX P75 | Plastics Standard | 75-77% | 96 min | 13-18 g/100g | PE/PP white masterbatch, PVC profiles, injection and blow molding |
| TITAN MIX P80 | Plastics High Whiteness | 79-80.5% | 97 min | 12-16 g/100g | ABS, engineering plastics, high-whiteness masterbatch and non-food-contact plastic products |
| TITAN MIX C75 | Interior Coatings | 75-77% | 96 min | 15-20 g/100g | Interior wall coatings, economy emulsion and matt decorative paints |
| TITAN MIX C78 | Exterior & Project Coatings | 77-79% | 96.5 min | 14-18 g/100g | Exterior wall, engineering, texture-base and elastic coatings |
| TITAN MIX 380 | Industrial Coatings | 79-80.5% | 97 min | 12-16 g/100g | Industrial paints, machinery coatings, primers and baking finishes |
| TITAN MIX INK80 | Solvent-Based Ink | 79-80.5% | 97 min | 14-19 g/100g | Selected solvent-based, gravure white and underprint white inks |
Before You Approve a Grade
Compare the published values with your current target, request the grade-specific TDS, and test the selected grade in your formulation and production conditions. Tell us the application, base resin or binder, process, current grade and required performance so we can suggest a practical starting point.
How to Select a TITAN MIX Grade
- Choose the application group: plastics, architectural coatings, industrial coatings or selected ink systems.
- Compare the grade direction and published TDS values in the table.
- Share your formulation, process and performance target for a grade recommendation.
- Run a customer trial before purchasing for production use.
TITAN MIX Series FAQ
It is a six-grade range of rutile titanium dioxide composite pigments for documented plastics, coating and selected ink applications. Each model has its own application direction and TDS values.
Review MIX-P75 for cost-effective PE/PP white masterbatch and general plastic coloration. Review MIX-P80 when the higher published TiO2, L* and tinting-strength values or engineering-plastics direction better matches the project.
Review MIX-C75 for economical interior water-based coatings, MIX-C78 for exterior and engineering coating directions, and MIX-380 for industrial paint and general-purpose solvent-based coating systems.
Send the end application, polymer or binder, process, current grade, dosage or PVC, target properties, annual demand and destination market. This helps us identify a relevant grade and the next test.