Publications on particle size reduction, milling mechanisms, mill selection, operating conditions, and the effects of milling on powder properties.
Explore PTI articles, Insights, Know How, and technical publications related to this subject.
Wood powder can bridge because fibrous particles mechanically interlock, because moisture increases [...]
Feature Article
Jet milling micronization reduces particle size through particle-particle impact controlled by classifier wheel speed and feed rate. Pushing the cut point lower can raise amorphous surface content and hygroscopicity in ways a passing PSD result will not reveal. This guide covers the mechanism and the tests that actually diagnose a changed lot.
Know How
Rare earth powders now sit in the control loop of modern technology. [...]
Feature Article
AI-assisted direct imaging can turn difficult process images into usable particle-size information [...]
Insights
Particle shape impacts surface area, directly affecting chemical reactivity and processing efficiency. Although [...]
Insights
Milling and size reduction techniques, including centrifugal, ball, and cryogenic milling, are essential [...]
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