Greensand-Silica Quartz Material for Surface-Coating Grade and Particle Assessment Enquiries

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Product description
  • Al2O3 Content (%)
    1.0±0.2%
    CaO Content (%)
    0.3±0.1%
  • Fe2O3 Content (%)
    90%-99.5%
    MgO Content (%)
    0.7±0.1%
  • P2O5 Content (%)
    0.3±0.1%
    SiO2 Content (%)
    90%-99.5%
  • Model Number
    Greensand-Silica
    Application
    Surface Coating
  • Grade
    Silica Oxide Micro Fine -400
    Type
    Silica Quartz

Greensand-Silica is named as a silica-quartz material for surface-coating enquiries. Before considering a formulation trial, confirm the actual chemical grade and supplied physical form so the discussion concerns a defined material rather than a broad silica name.

Request the complete oxide analysis together

Obtain a product-matched chemical report with a clear reporting basis for SiO2 and the relevant oxides. Ask for the analytical methods and the proposed sample identifier. A complete report is needed to judge the chemical specification; a general purity description does not replace that evidence.

Resolve the physical offer before selecting a sample

Confirm whether the proposed material is sand, another granular fraction or a fine powder. Request its sieve or particle-distribution report and clarify the intended grade designation. A grade suffix should not be treated as a measured size, and a material name does not establish a particular surface treatment.

Chemical acceptance
Define the oxide and impurity criteria required by the coating project.
Physical acceptance
Define supplied form, particle method and the relevant grain limits.

Link the coating assessment to the confirmed grade

Review matched technical and safety documents before arranging a representative evaluation in the intended binder. No verified silica assay, fine-particle specification or finished-coating benefit is established here. Keep the confirmed material identity and reports with the formulation requirements so a later sample or repeat enquiry can be matched to the actual grade assessed.