GLT-030 Calcined Kaolin Clay for Ceramics, Porcelain and Paint, Industrial Powder

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Product description
  • Color
    White
    Physical form
    Powder
  • Al2O3 Content (%)
    42.8%
    Fe2O3 Content (%)
    0.21%
  • K2O Content (%)
    0.045%
    Moisture Content (%)
    0.08%
  • SiO2 Content (%)
    55.6%
    TiO2 Content (%)
    0.45%
  • Model Number
    GLT-030
    Application
    Ceramic
  • Dimensions
    325-6000mesh
    Technique
    Calcined Kaolin
  • Type
    Powder
    Product name
    Kaolin Clay
  • Usage
    Industrial
    Size
    300-6000mesh
  • MOQ
    1 Ton
    Color
    White

An oxide-led comparison can help define a ceramic kaolin enquiry before a recipe trial begins. GLT-030 is a white industrial calcined kaolin clay powder with stated Al2O3 content of 42.8%, SiO2 content of 55.6% and moisture content of 0.08%. Ceramic use is explicitly named.

Read the GLT-030 oxide profile as a whole

The stated analysis also includes Fe2O3 at 0.21%, K2O at 0.045% and TiO2 at 0.45%. Compare these constituents with the requirements of the intended ceramic or porcelain recipe. No individual oxide figure establishes a particular firing colour, body behaviour or finished-product result by itself.

Agree on the actual particle grade

Ask for the specific particle range proposed for the GLT-030 sample and its measurement method. Keep that confirmed specification with the technical enquiry before comparing candidates. A broad mesh description should not be treated as a measured median particle size or a universal ceramic processing limit.

Define the whiteness option's measurement scale

The selectable whiteness option is given as ≥95. Request its scale, reference and test method before comparing the number with another report. Distinguish the powder measurement from the appearance of a fired ceramic or a completed paint formulation.

Evaluate the intended recipe and process

Use the selected sample in the project's own recipe and firing conditions, with agreed acceptance criteria. Paint enquiries require a separate binder-specific evaluation. Obtain current analysis and keep the oxide, moisture, particle and whiteness documents associated with the material actually used in the comparison.