PLANETARY BALL MILLS
Planetary milling for laboratory research and production. Built by TENCAN.
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17 equipment series.
Choosing a Planetary Mill
The recorded D50 of 3.64 µm was below the requested 8 µm fineness target.
A 7.8 g powder sample was dry-milled with zirconia media in a 250 mL jar at recorded speed setting 450. The measurement was taken at 30 minutes; the exact XQM model and particle-size measurement method were not specified.
Source: TENCAN sample test record, 2024. Measurement methods are not included in the summary records.
Dry milling
The two-hour sample had D90 19.07 µm, below the recorded D90 fineness target of 50 µm.
The granular material was reduced in size before dry milling. The record identifies an XQM-0.4A, a 100 mL zirconia jar, zirconia media and a 155 g sample at speed setting 650. Media proportions are listed as large/medium/small 50/30/20; the proportion basis and measurement method are unspecified.
Source: TENCAN sample test record, 2023. Measurement methods are not included in the summary records.
Dry milling
The recorded D50 of 3.69 µm lies within the requested 2–7 µm range. This is a particle-size result, not a catalytic-performance test.
A 300 g powder sample was dry-milled in the recorded full-directional QXQM configuration using a 500 mL alumina jar and zirconia media. The speed setting was 480; D50 and D90 were recorded after two hours. The exact mill capacity and particle-size measurement method were not specified.
Source: TENCAN sample test record, 2024. Measurement methods are not included in the summary records.
*Recorded sampling time. Results depend on the sample and test conditions.
TENCAN develops and manufactures planetary milling equipment, with application support in Changsha and a production base in Wushi, Hunan.
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Wushi, Hunan
Choose contact materials, jar capacity and media around your sample’s chemistry and milling conditions.
Choosing Jars and Grinding Media
