Hard-alloy powder: an accepted planetary sample with D90 = 11.3 µm
Hard-alloy powder: an accepted planetary sample with D90 = 11.3 µm. Meet a recorded 10–20 µm requirement.
Sample trials.
Explore the material, the setup and the measured result.
117 sample trials
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Nonwoven fabric: complete 80-mesh passage in an air-assisted planetary trial
Nonwoven fabric: complete 80-mesh passage in an air-assisted planetary trial. Meet an 80-mesh requirement.
Incense material: a recorded accepted sample with D90 = 55 µm
Incense material: a recorded accepted sample with D90 = 55 µm. Meet the recorded 80-mesh requirement.
Glass powder: a recorded 12.6 µm result in a five-hour planetary stage
Glass powder: a recorded 12.6 µm result in a five-hour planetary stage. The target was written as 1000 mesh with a separate 13 µm reference; no equivalence is assumed.
Muscovite: a favorable planetary stage recorded as meeting a 325-mesh requirement
Muscovite: a favorable planetary stage recorded as meeting a 325-mesh requirement. Meet the recorded 325-mesh requirement.
Iron-based foil: recorded D50 18.6 µm and D90 57.5 µm at fourteen hours
Iron-based foil: recorded D50 18.6 µm and D90 57.5 µm at fourteen hours. Meet D50 = 16–20 µm and D90 = 70 µm as the recorded acceptance requirements.
Pigment wet trials: no visible grains in two recorded solvent systems
Pigment wet trials: no visible grains in two recorded solvent systems. Obtain samples with no grains visible to the naked eye.
Green-tea powder: accepted planetary refinement to a recorded 17.8 µm
Green-tea powder: accepted planetary refinement to a recorded 17.8 µm. Meet the recorded requirement above 800 mesh; no sieve standard was supplied.
Lithium nickel cobalt manganese oxide: a ninety-minute tactile endpoint
Lithium nickel cobalt manganese oxide: a ninety-minute tactile endpoint. Obtain material with no perceptible grains under the recorded tactile check.
Iron-particle edge treatment: a recorded accepted horizontal planetary stage
Iron-particle edge treatment: a recorded accepted horizontal planetary stage. Reduce sharp edges to an acceptable qualitative condition.
Sandstone and shale trials meeting a no-caking objective
Sandstone and shale trials meeting a no-caking objective. Resolve bottom settling and compacted-layer formation.
Silica aerogel: complete 50-mesh passage after one hour of planetary milling
Silica aerogel: complete 50-mesh passage after one hour of planetary milling. Make the material finer; a 50-mesh sieve provided the reported check.
Results apply to the sample and conditions tested. Review each record for its setup and measurement notes.
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