To find the best solution for your sample preparation task, our application labs around the world offer free-of-charge test grindings and particle analyses. Out of more than 25,000 test reports generated in our labs, the most frequent applications have been collected in this application database.
Please note: the same types of material may exhibit very different size reduction properties, depending on the specific sample characteristics. Therefore it is not possible to make universally valid statements concerning the best suitable instrument for a material. The recommendations given in the reports should only be regarded as initial guidelines.
If you are interested in a free sample processing, please contact our application laboratory or your local RETSCH agency.
If you are interested in a free sample processing, please contact our application laboratory or your local RETSCH agency.
Application Database Milling
Refine your search:
Our database contains 5 results for XRD-Mill McCrone
For detailed information please select a test report.
= incl. image of material
- Application field:
- Material:
- Minerals
Fe2O3 powder - Instrument:
- XRD-Mill McCrone
- Feed Size / Final Fineness:
- 0.5 mm / < 10 µm
- Subsequent analysis:
- Download:
- 31454_en.pdf
- Application field:
- Material:
- Minerals
Zeolite - Instrument:
- XRD-Mill McCrone
- Feed Size / Final Fineness:
- 0.5 mm / 5 µm
- Subsequent analysis:
- not defined
- Download:
- 17631_en.pdf
- Application field:
- Material:
- Minerals
Mixture of minerals, 3 samples - Instrument:
- XRD-Mill McCrone
- Feed Size / Final Fineness:
- 10 mm / 10 µm
- Subsequent analysis:
- Download:
- 17469_en.pdf
- Application field:
- Material:
- Minerals
Mineral mixture (quartz, muscovite, kaolinite, albite) - Instrument:
- XRD-Mill McCrone
- Feed Size / Final Fineness:
- 15 mm / < 10 µm
- Subsequent analysis:
- Download:
- 17435_en.pdf
- Application field:
- Material:
- Stones
Calcareous mica schist - Instrument:
- Jaw Crusher BB 50
XRD-Mill McCrone - Feed Size / Final Fineness:
- 10 mm / 5 µm
- Subsequent analysis:
- Download:
- 31483_en.pdf
