Lab grinding mill for metallurgy
Working principle:
The lab grinding mill crushing the materials by friction and impact force created by grinding jars and balls. The friction and impact energy produced by the centrifugal force form a significant comminution effect on the material.
Application:
The planetary lab grinding mill can smash and blend various products of different materials and granularity with dry or wet methods. It is widely applied in industries of geology, food, electronics, ceramics, chemical, medical, construction, mineral, environmental protection, powder metallurgy, etc
Technical detail:
Model | DECO-PBM-V-2L-A |
Grinding tank volume (L) | 0.5L*4 |
Grinding tank material | Depend on material, 304stainless steel, PA, PTFE,PU,Agate, Zirconium oxide, Alumina, Tungsten carbide for choice |
Grinding media | Depend on material,304stainless steel, PTFE,PU,Agate, Zirconium oxide, Alumina, Tungsten carbide for choice |
Maximum loading per tank | Material and grinding medium does not exceed two-thirds of the volume |
Feeding and discharging material size | For hard materials: Input size: 3mm maximum; Output size: 0.1~15μm minimum |
For soft and brittle materials: Input size: 10mm maximum; Output size: 0.1-5μm minimum. | |
Rotating speed | Revolution 400r/min , Rotation 800 r/min |
Speed mode | Frequency, programmable stepless speed regulation, manual, automatic timing forward and reverse |
Transfer method | Gear drive |
Working Voltage | AC220V/ 110V |
Motor power and variable frequency power | 0.75KW |
Maximum continuous operating time | 72hours |
Programmable control | Ball mill use frequency converter control, can be set to forward and reverse alternately run(0-999min) and forward, pause, reverse, pause, forward (0-999min) alternate operation according to the procedure. Particularly suitable for cooling or intermittent operation. |
Related grinding tools:
The lab grinding mill can grind different material depends on the grinding jar type. The jar material can be 304stainless steel, tungsten carbide, agate, alumina, zirconia, PA, PTFE, PU, etc