Industrial Strontium Carbonate CO3Sr 99% White Material, CAS 1633-05-2, for Chemical-Input Qualification
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ColorWhite
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CAS No.1633-05-2Purity99%
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ClassificationCarbonateGrade StandardIndustrial Grade
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TypecarbonateProduct nameStrontium carbonate
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ApplicationIndustryGradeIndustral Grade
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CAS1633-05-2Packing25kg/bag
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Boil point1494 °CMFCO3Sr
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ColorWhite ColorDensity3.7 g/mL at 25 °C
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HS CODE2836920000
A strontium-carbonate material enquiry should identify the actual industrial duty before a grade is compared. This industrial material is stated as CO3Sr, described as white with 99% purity and a reported density of 3.7g/mL at 25°C.
Name the intended chemical-input requirement
Describe the actual process and the chemical and physical measurements required for acceptance. A general industry direction does not establish compatibility with a particular use, so the enquiry needs a defined material duty and relevant qualification criteria.
Confirm the supplied form before requesting powder data
Ask whether the offered material has the physical form required by the project, rather than inferring it from white colour. Request current assay, moisture and individual impurities, adding particle or other physical measurements only as needed for the actual material specification.
- What does the density report state?
- The value is 3.7g/mL at 25°C, with its measurement method and sample basis to confirm.
- What does that value leave open?
- It does not establish bulk density, supplied particle form or a process operating condition.
Use current records to judge the actual material trial
Compare the offered grade with the project’s accepted chemical and physical limits, then assess a relevant process trial. Identity and purity do not provide a measured quality advantage or a result in an unlisted application.
Request current technical and safety information and appropriate sample evidence identifying the offered grade. Keep the supplied-form confirmation, analytical record and actual process criteria together so the decision addresses this industrial requirement without an assumed physical form or thermal processing instruction.
