Anatase Titanium Dioxide XM-A100, 96–98.5% TiO2 Industrial White Powder for Coating-Grade Evaluation

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Product description
  • Color
    White
    Physical form
    Powder
  • CAS No.
    13462-67-7
    Purity
    96%~98.5%
  • Model Number
    XM-A100
    Appearance
    white Powder
  • Application
    plastic coating paint printing ink
    Classification
    Titanium Dioxide
  • Grade Standard
    Industrial Grade
    Molecular Formula
    TiO2
  • Other Names
    tio2
    Certification
    ISO9001
  • HS code
    3206111000
    Package
    25kg/bag
  • PH Value
    6.5-8.5
    TiO2 Content
    96~98.5%
  • Oil Absorption
    21~26
    Residue on sieve 45 μm %
    0.03~0.05
  • Matter volatile at 105°C %
    0.3~0.5
    Tinting strength %
    95~109
  • Sample
    Freely Provided

XM-A100 is an industrial titanium dioxide white powder offered under an anatase description, with 96–98.5% TiO2 content. For a coating enquiry, confirm the current grade specification and actual crystal-form designation before comparing the pigment with another TiO2 material.

Confirm the anatase grade offered

The anatase term identifies the proposed XM-A100 grade direction, but the buying specification should define the offered crystal form and any surface treatment. Request those product-specific documents rather than assuming that the model code or a high-grade label establishes a particular coating result.

Separate composition from relative colour strength

The XM-A100 TiO2 content range of 96–98.5% describes composition, while its stated 95–109% tinting-strength range needs a reference and test method. Compare those criteria independently, with the actual binder and optical acceptance targets defined before approving the pigment.

  1. Confirm XM-A100 identity and the offered anatase specification.
  2. Agree the 0.03–0.05% residue test on a 45 micron sieve.
  3. Request the method for the 0.3–0.5% volatile-matter criterion at 105°C and the pH range of 6.5–8.5.

Assess the coating rather than a quality label

Paint, coating, plastic and printing-ink uses are identified for XM-A100, with each matrix requiring its own qualification. Obtain current analysis and safety documentation and evaluate a representative formulation trial; neither an anatase designation nor TiO2 percentage alone proves opacity, durability or processing performance.

Sampling is identified for this XM-A100 enquiry; connect the requested grade documents and test references to the actual coating trial so that the material decision follows a defined specification and measured result.

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