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QM sequence planetary ball mill is the requisite equipment for mixing&comma fine grinding&comma tiny sample planning&comma new solution improvement and little volume high-tech materials manufacturing&period of time The solution has tiny quantity&comma complete operate&comma substantial performance and reduced sound&time period It is the perfect facility to get analysis samples for investigation institutes&comma universities as properly as organization laboratories &lparcan acquire 4 samples in one particular experiment&rpar&period of time If mated with vacuum ball milling tanks&comma it can grind samples in vacuum standing&interval The product is thoroughly utilized to in the fields of Geology&comma Mining&comma Metallurgy&comma Electronics&comma Design Content&comma Ceramics&comma Chemical Engineering&comma Light-weight ept Medication&comma Environmental Defense and so forth&time period
QM collection planetary ball mill has 4 ball grinding tanks put in on 1 turnplate&interval When the turnplate rotates&comma the tank axis tends to make planetary actions and the balls in the tanks grinds and mixes samples in substantial velocity motion&period of time The product can smash and mix a variety of items of different components and granularity with dry or soaked techniques&interval Minimal granularity of grinded products can be as tiny as &period1 micron &lpari&period of time e&interval &rpar 1&period0× 10-4mm&rpar
If outfitted with the air cooling plant&comma the machine can be upgraded into a reduced temperature planetary ball mill&period of time For more data on the minimal temperature planetary ball mill&comma you should see the quick introduction to QM-DY&comma QM-DK low temperature planetary ball mills&time period
Specialized parameters&colon
Travel Mode&colon Equipment travel and belt drive
Procedure Method&colon Two or four grinding tanks wor ept with each other
Greatest Loading Capacity&colon 2&sol3 of the potential of milling tank
Feeding Granularity&colon Soil material ≤ 10mm&comma other resources ≤ 3mm
Output Granularity&colon Bare minimum &period1um
Rotational pace ratio &lparrevolution&colon Rotation&rpar&colon 1&colon 2 &lpar0&period4L&comma 2L&comma 4L&rpar&semi 1&colon 1&period5&lpar12L&comma 20L&rpar
Rotation Speed&colon &period4L&colon ~600rounds&solmin&semi 2L&colon ~580rounds&solmin 4L&colon ~530rounds&solmin 20L&colon -280 rounds&solmin
Speed Regulation Manner&colon Variable-frequency-coontrol-variety and software-handle-kind stepless speed regulation&semi Handbook or automatic timed optimistic or damaging revolving
Max&period Ongoing working time &lparfull-load&rpar&colon 72 several hours
Advantages&colon
one&period High uniformity
2&time period Excellent repeatability
three&period Hassle-free procedure&colon Belt replacement is not necessary&semi
Equipment drive mode gives an effective answers to difficulties brought on by belt drive mode&comma this kind of as belt creep&comma and belt abrasion&period of time
Criterions for evaluation&colon
1&period Rotational pace Studies have proved that the rotational speed is the most critical criterion of the planetary ball mill&period of time In theory&comma the greater the rotational pace is&comma the greater the milling functionality is&time period
2&time period Maximum ongoing working time The planetary ball mill is utilised for ma ept sub-micron or milli-micron components&comma frequently requiring the optimum constant working time &lparat total load&rpar being 50 hours or earlier mentioned&comma and the specialized conditions these kinds of as the rotational velocity not altering&interval
three&interval Uniformity A gear-driven ball mill can make materials in two or even four tanks uniform completely&comma but a belt-driven ball mill are not able to&interval
4&period Repetitiveness A equipment-driven ball mill can make the same materials processed by the exact same approach repetitive flawlessly&comma but a belt-pushed ball mill can’t&period
five&period of time Noise The noise of belt-pushed ball mill is 66dB and that of equipment-driven ball mill is 68dB at no load&semi And the noise of the two ball mills at total load is 75dB&period
6&period Rational velocity ratio&colon The rational speed ratio is extremely significantly connected to the rational speed&comma the milling time and and so on&interval Exams confirm that the rotational pace ratios 1&colon 2 &lpar≤ 4L&rpar and 1&colon 1&period5&lpar&geq 12L&rpar are the very best types&time period
| Model | Specification | Ball Milling Tank | Remarks | |
| Spec &lparm&rparl |
Quantity &lparItems&solSet&rpar &lparMated with a quantity of milling balls&rpar | |||
| QM-3SP04 | &period4L | fifty~a hundred | 4 | Can be outfitted with 50ml vacuum ball milling tanks |
| QM-3SP2 | 2L | one hundred~five hundred | four | Can be geared up with 50~250ml vacuum ball milling tanks |
| QM-3SP4 | 4L | 250~1000 | four | Can be outfitted with 50~500ml vacuum ball milling tanks |
| QM-2SP12 | 12L | 1000~3000 | 4 | Can be equipped with 500~2000ml vacuum ball milling tanks |
| QM-2SP20 | 20L | a thousand~5000 | 4 | Can be equipped with 3500ml vacuum ball milling tanks |
| QM-2SP60 | 60L | 10L~15L | four | Can be geared up with 10L vacuum ball milling tanks |
| QM-2SP100 | 100L | 10~25L | 4 | Can be outfitted with 10~20Lvacuum ball milling tanks |
| Features&colon Gear-travel assures higher uniformity and repeatability of experiments&semi Quickly rotational speed&comma high efficiency and fine granularity&semi 4 samples with diverse measurements and supplies in 1 experiment offered&semi Stepless velocity regulation&semi ideal rotary speed variety according to experimental benefits&semi Timed powering-off&comma constructive and damaging revolving if essential&semi It characteristics reduced middle of gravity&comma very good rigidity&comma compact composition&comma safety and dependable operation&comma reduced sounds&comma no air pollution&comma and tiny dress in and so forth&period |
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