Industrial Calcium Carbonate CaCO3 Powder, 98.5% Purity, for Plastic, Rubber and Paper Trials

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Product description
  • Particle-size designation
    Average size specified
    Color
    White
  • Physical form
    Powder
  • CAS No.
    471-34-1
    Purity
    98.5%
  • Appearance
    White Powder
    Application
    Industrial grade
  • Classification
    Carbonate
    EINECS No.
    207-439-9
  • Grade Standard
    Industrial Grade
    Molecular Formula
    Caco3
  • Other Names
    calcium carbonate
    Type
    Calcium Carbonate
  • Model Number
    XM-300
    Product name
    calcium carbonated powder caco3 carbonate
  • HS code
    28365000
    Grade
    Industrial Grade
  • Certificate
    ISO
    Usage
    Plastic,rubber,paper making
  • D97
    18
    Whiteness
    97
  • ph
    9+-1
    Loss on ignition
    43.5
  • Average particle size
    5

A calcium carbonate enquiry should identify the actual grade before comparing processing results. This white industrial powder has stated purity of 98.5% and pH of 9±1. Plastic, rubber and papermaking are its named application directions for further material evaluation.

Define the polymer or paper role

Describe where the powder would enter the intended process and which properties determine acceptance. Ask for confirmation of the grade model associated with the proposed sample. A chemical name and purity figure do not establish a complete mineral specification for every formulation.

Build a complete particle comparison

Request particle units, the measured distribution and the method used for each size statistic. Keep an average-size result distinct from an upper-distribution measurement when reviewing the report. A model label should not be treated as a verified mesh grade without the relevant specification.

Review pH alongside current analysis

Confirm the preparation and method supporting the stated pH of 9±1. Obtain current composition data and any whiteness or ignition-test information required by the project. These measurements should be compared on their own analytical bases rather than merged into a general quality assumption.

  1. Identify the actual grade and intended material role.
  2. Agree on the analytical and particle requirements.
  3. Test the sample in the selected polymer or paper process.

Keep the final decision traceable

Retain the sample identity, current reports and application results together. Request any applicable certificate scope separately before completing the material acceptance review.