Difference between revisions of "Particle Shape Analyzers"
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[[File:Particle shape analyzer.jpg|thumb|right|Particle Shape Analyzer]] | |||
'''Particle Shape Analyzer''' can have a significant impact upon the performance and process handling of many particulate materials. Examples where particle shape measurements can be used to improve product performance include; | |||
* | * Bioavailability of drug particles in tablets and suspensions | ||
* | * Material strength in metal and ceramic sintered components | ||
* | * Printing quality of toners and solder pastes | ||
* | * Packing behavior of chromatography columns | ||
* Quality of finish in mineral based coatings | |||
* Cutting performance of SiC abrasives for solar panel manufacture. | |||
Latest revision as of 08:04, 31 January 2013
Particle Shape Analyzer can have a significant impact upon the performance and process handling of many particulate materials. Examples where particle shape measurements can be used to improve product performance include;
- Bioavailability of drug particles in tablets and suspensions
- Material strength in metal and ceramic sintered components
- Printing quality of toners and solder pastes
- Packing behavior of chromatography columns
- Quality of finish in mineral based coatings
- Cutting performance of SiC abrasives for solar panel manufacture.