White Industrial Calcium Oxide Quicklime CaO Powder ≥95% for Steelmaking and Chemical Assessment

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Product description
  • Color
    White
    Physical form
    Powder
  • CAS No.
    1305-78-8
    Purity
    >=95%
  • Appearance
    white powder
    Application
    Steel making & Chemical Industry and so on
  • Classification
    Calcium Oxide
    EINECS No.
    215-138-9
  • Grade Standard
    Industrial Grade
    Molecular Formula
    Cao
  • Other Names
    Quicklime, Unslaked Lime, Burnt Lime
    Oxide Type
    Metal Oxides

A matched report set makes an industrial quicklime review easier to assess. This white calcium oxide CaO powder is described as industrial quicklime with stated purity ≥95%, for steelmaking and chemical-industry enquiries about the actual proposed material.

Identify the grade in the chemical report

Request a current assay and the impurities relevant to the plant's required limits. Keep the ≥95% figure as a minimum rather than an exact sample composition. Use the same material reference when discussing further physical or activity evidence.

Identify the measurement behind powder grading

Obtain particle or sieve results and their method if physical grading matters to acceptance. White appearance and powder form remain qualitative descriptions. A mesh fraction or numerical whiteness criterion needs its own measurement linked to the offered grade.

Material reference
Connect the assay and physical reports to the same proposed powder.
Acceptance criteria
Agree which chemical and physical limits the actual plant requires.

Identify the complete activity test basis

Clarify what the 420ml designation measures, the conditions and the endpoint. Obtain the procedure with the result before comparing activity between materials. High-reactivity wording alone does not establish a verified rate or equivalent measurements.

Review current technical and safety documentation and plan a representative steelmaking or chemical assessment. Retain the tested material identity with the criteria and observations. No numerical optical performance, universal operating recipe or guaranteed process outcome is established by the purity minimum and activity designation alone.