A, B and Refined Quartz Sand, SiO2 ≥99.5%, for Glass, Construction and Water-Treatment Mesh-Grade Enquiries

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Product description
  • Particle-size designation
    Mesh designation
  • Application
    Construction Materials, Foundry Sand, Water Treatment, Ceramic Raw Material
    Chemical Composition
    SiO2 ≥ 99.5%
  • Dimensions
    16-26/26-40/40-70/70-120 Mesh
    Model Number
    A Grade / B Grade / Refined Grade
  • Mesh Size
    16-120Mesh
    Quartz Form
    Quartz Sand
  • Shape
    Granular / Sand Form

Select the grade and grain fraction as two separate parts of this quartz-sand enquiry. The material has stated SiO2 ≥99.5%, granular/sand form and actual A, B and Refined Grade choices, with the offered grade-and-fraction pairing to be confirmed.

Identify the grade before assigning a size

A and B are option names, not a numerical ranking of purity or performance. Ask what distinguishes each from Refined Grade in the current technical offer. Request the selected grade's own analysis and impurity limits rather than assuming every named option has identical characteristics.

Specify one of the listed mesh fractions

The named fractions are 16-26, 26-40, 40-70 and 70-120 Mesh. Confirm which pairing is actually offered for the project and request its sieve report and method. The presence of grade names and size ranges does not by itself establish that every possible combination is available.

Chemical requirement
Keep the stated SiO2 minimum and relevant impurity criteria together.
Grain requirement
Keep the confirmed fraction and sieve method with the sample identity.

Qualify the chosen pairing for the process

Describe the glass, construction, foundry, water-treatment or ceramic application and agree its acceptance criteria. Review matched technical and safety information before assessing the material. No filtration result or manufacturing performance is established by a grade letter or mesh label alone. Retain the proposed pairing, reports and relevant qualification outcome so any repeat enquiry identifies the actual material evaluated.