Interior Architectural Coatings
Evaluate M-895 in the intended interior architectural coating formulation. Confirm dispersion, opacity, gloss, color direction, compatibility and finished-film appearance under the actual application conditions.
COATINGS · CHLORIDE PROCESS
M-895 Titanium Dioxide for Architectural and Industrial Coatings
A chloride-process rutile titanium dioxide pigment documented for interior and exterior architectural coatings and industrial coatings. M-895 combines alumina and zirconia inorganic coating with organic treatment. Its current technical data identifies dispersion, opacity, gloss, a bright blue-toned white and weather resistance as key evaluation directions. Review the typical product data below and confirm suitability through testing in your own formulation, processing and application conditions.
- M-895 TDS · V1 2026
- Coatings-focused evaluation
- Buyer formulation testing required
Technical product fileM-895
Rutile titanium dioxide pigment · Chloride process
Current product dataM-895
TDS · V1 2026 · Coatings grade
Product identity · documentation · formulation evaluation
- Product
- M-895
- Type
- Rutile titanium dioxide pigment
- Process
- Chloride process
- Grade positioning
- Architectural and industrial coating evaluation
- Application category
- Coatings
PRODUCT POSITIONING
Where M-895 Fits in Product Evaluation
M-895 is a rutile titanium dioxide pigment manufactured by the chloride process for coatings evaluation. Its documented product profile combines alumina and zirconia inorganic coating with organic treatment and a focused application range covering interior architectural, exterior architectural and industrial coatings. Use M-895 as a candidate for formulation testing when dispersion, opacity, gloss, color direction and weather-resistance targets are relevant. Final Grade selection should account for the complete formulation, dispersion process, substrate, application method, service conditions and destination-document requirements.
- 01Chloride-process rutile titanium dioxide pigment
- 02Alumina and zirconia inorganic coating
- 03Organic treatment present
- 04Interior and exterior architectural coating directions
- 05Industrial coating direction
- 06Evaluation of dispersion, opacity, gloss, blue-toned whiteness and weather resistance
APPLICATION DIRECTIONS
Coating Application Directions to Evaluate
Review each documented direction in the buyer's own formulation, processing and application conditions.
Exterior Architectural Coatings
Review M-895 in exterior architectural coating systems where weather resistance and appearance are part of the qualification target. Confirm performance in the complete formulation and intended exposure conditions.
Industrial Coatings
Include M-895 in industrial coating formulation testing when dispersion, opacity, gloss, color direction and weather resistance are relevant to the project. Validate the result with the actual binder, substrate, application and curing process.
FORMULATION EVALUATION
What to Evaluate in Your Coating Formulation
Use the documented M-895 profile and typical data to frame buyer testing.
Optical and Appearance Review
- Dispersion behavior in the selected binder and processing system
- Opacity target in the complete formulation
- Gloss and finished-film appearance
- Bright blue-toned white direction under the intended color system
Durability and Qualification Review
- Weather-resistance target under the intended service conditions
- Compatibility with the full formulation and additives
- Interior, exterior or industrial application conditions, as applicable
- Substrate, application method, curing conditions, destination requirements and sample-validation results
These evaluation priorities identify what to check during buyer testing. They do not guarantee a fixed result in every formulation, process or service environment.
CURRENT PRODUCT DATA
Typical Technical Data
Review the values reproduced from the current M-895 Technical Data Sheet as an input to formulation evaluation.
M-895 TDS · V1 2026
| Property | Typical value | Test method |
|---|---|---|
| TiO₂ content | 94% | XRF |
| Inorganic coating | Alumina, zirconia | Not stated |
| Organic treatment | Present | Not stated |
| Moisture when packed | 0.5% max | ISO 787-2 |
| Bulk density (tamped) | 1.3 g/cm³ | ISO 787-11 |
| Oil absorption | 16 g/100 g | ISO 787-5 |
| pH | 7.4 | ISO 787-9 |
| Specific gravity | 4.1 g/cm³ | ISO 787-10 |
| Identification | ISO 591-1: R2 | Not stated |
| CAS number | 13463-67-7 | Not stated |
| Color index | Pigment White 6 | Not stated |
These values reproduce the typical-value table in the M-895 TDS and do not constitute a product specification. The moisture value is measured within 48 hours of production, as stated in the source. Confirm suitability in your own formulation and application conditions.