XM-TGR1282 Rutile Titanium Dioxide for Coatings, 95% TiO2 Industrial Pigment

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Product description
  • Color
    White
    Physical form
    Powder
  • CAS No.
    13463-67-7
    Purity
    95
  • Model Number
    XM-TGR1282
    Appearance
    White Powder
  • Application
    Coating
    Classification
    Antimony Oxide
  • EINECS No.
    236-675-5
    Grade Standard
    Industrial Grade
  • Molecular Formula
    TiO2
    Other Names
    TiO2
  • Product name
    Titanium Dioxide Rutile Grade
    Color:
    White
  • Certificate
    ISO9001:2008
    Shape
    Superfine particle size
  • TiO2 (%)
    95
    Hydrotrope (%)
    ≥0.5
  • PH value
    6.5-8.5
    Oil absorption (g/100g)
    ≤22
  • Average particle diameter (um)
    0.20-0.26
    Organic matter
    Yes

Coating-pigment selection should connect the actual grade with its measured powder properties. XM-TGR1282 is a white industrial titanium dioxide powder designated rutile, with stated TiO2 content of 95%. Its average particle diameter is given as 0.20–0.26 μm for further coating evaluation.

Ask how the average diameter is measured

The average-diameter range describes a specific particle measurement, not a complete distribution or an automatic D50 value. Request the method and sample-preparation conditions used for XM-TGR1282. Compare another pigment only when the measurements provide a suitable common basis.

Identify the organic material before assigning a treatment

Organic matter is stated as present, but its chemical identity and function need confirmation. Ask for grade-specific information rather than assuming a particular surface treatment or compatibility benefit. Obtain the relevant identity and phase documents with the pigment sample.

Acidity or alkalinity
The stated pH range is 6.5–8.5; retain the test method for comparison.
Liquid-demand check
Review the oil-absorption method and its relevance to the selected coating system.

Test the pigment in the intended binder

Define the dispersion, application and finished-film criteria before running the XM-TGR1282 comparison. Assess the actual coating result under the intended processing conditions. Neither the rutile designation nor a fine-particle description independently establishes optical performance or a universal formulation benefit.

Support acceptance with grade documents

Request current analysis, identity documentation and any applicable certificate scope. Keep those records linked to the material used in the coating trial before making the final selection.