RFQ

COATINGS · SULFATE PROCESS

M-2196 Titanium Dioxide for Solvent-Based Furniture and Industrial Paint

M-2196 is a rutile titanium dioxide pigment made by the sulfate process, with zirconia/alumina inorganic surface treatment and organic surface treatment, for solvent-based furniture- and industrial-paint evaluation. Its current technical profile identifies gloss, whiteness with a blue undertone, and wetting and dispersing behavior as priorities for buyer testing. Review the typical data and confirm suitability in your own binder, solvent package, formulation, application, drying or cure, and end-use conditions.

  • Source-backed M-2196 product facts
  • Solvent-based furniture- and industrial-paint evaluation
  • Buyer formulation testing required
Product
M-2196
Type
Rutile titanium dioxide pigment
Process
Sulfate process
Surface treatment
Zirconia/alumina and organic treatment
Applications
Solvent-based furniture and industrial paint

PRODUCT POSITIONING

Where M-2196 Fits in Coatings Evaluation

M-2196 is a sulfate-process rutile titanium dioxide pigment with zirconia/alumina and organic surface treatment for solvent-based furniture- and industrial-paint evaluation. Use M-2196 as a candidate when gloss, whiteness, undertone, wetting and dispersing behavior are relevant to the intended coating system. Final selection should account for binder and solvent system, pigment loading, additives, dispersion process, substrate, film build, application, drying or cure conditions, appearance and destination documents.

  1. 01Sulfate-process rutile titanium dioxide pigment
  2. 02Zirconia and alumina inorganic surface treatment
  3. 03Organic surface treatment
  4. 04Solvent-based furniture-paint direction
  5. 05Solvent-based industrial-paint direction
  6. 06Evaluation of gloss, whiteness, undertone, wetting and dispersing behavior

APPLICATION DIRECTIONS

Coatings Directions to Evaluate

Review each documented direction in your own binder, solvent package, formulation, application, drying or cure, and end-use conditions.

01 · Coatings

Solvent-Based Furniture Paint

Evaluate M-2196 in the intended resin and solvent system, pigment loading, additives, dispersion process, substrate, application and drying or cure conditions. Confirm gloss, whiteness, undertone, wetting, dispersion and finished appearance.

02 · Coatings

Solvent-Based Industrial Paint

Test M-2196 in the selected industrial coating formulation, substrate preparation, film build, application and drying or cure conditions. Confirm gloss, whiteness, dispersion, coverage and finished-film performance for the intended end use.

FORMULATION EVALUATION

What to Evaluate in Your Coating System

Use the documented M-2196 profile and typical data to frame buyer testing.

Optical and Dispersion Review

  • Gloss and finished appearance at the intended pigment loading and film build
  • Whiteness and undertone in the complete formulation
  • Wetting and dispersing behavior with the selected binder, solvent and process
  • Color, scattering and reducing-power results under the buyer's test method

Formulation and Qualification Review

  • Binder, solvent package, additives and pigment loading
  • Substrate, surface preparation, application method and film build
  • Drying or cure conditions and finished-film performance
  • Destination needs, document scope and sample-validation results

These evaluation priorities identify what to check during buyer testing. They do not guarantee fixed results.

CURRENT PRODUCT DATA

Typical Technical Data

Review the source-backed values as an input to M-2196 product evaluation.

M-2196 Technical Data

M-2196 typical technical data with Parameter, Value, Test method
ParameterValueTest method
Processing methodSulfate-
Crystal formRutile-
Inorganic surface treatmentZrO₂, Al₂O₃-
Organic surface treatmentYes-
ClassificationR2ISO 591-1
ColorΔE ≤ 0.5ISO 787-25
Relative scattering power95%-105%ISO 787-24
Density4.0 g/cm³ISO 787-10
Dispersion in polyester system≤27.5 μmGB/T 21868.3-2008
TiO₂ content94%ISO 591-1
CIE L*95.3GB/T 1864-2012
Reducing power (TCS)1950-
pH7.0ISO 787-9
Oil absorption19 g/100 gISO 787-5
Residue on 45 μm0.01%ISO 787-18
Resistivity100 Ω·mISO 787-14
Volatiles at 105°C, at packaging0.3%ISO 787-2

The source labels these as typical data and notes that measurements are subject to the applicable CoA.

Confirm suitability in your own formulation and processing conditions.