NMM-0.3L Self-Circulating Bead Mill
An e cient self-circulating sand mill speci cally designed for university research and industrial pilot-scale development.
Industry application
01
Silicon Carbide (SiC) Chamber Lining: Combined with guided ow channels to create axial vortex ow, enhancing grinding e ciency. Optimized Material Flow: Engineered channels direct slurry movement for maximum particle interaction.
02
Centrifugal Pumping E ect: Rotor-generated suction works with stack-disc lters to create autonomous circulation. Zero-Residue Advantage: Eliminates material retention and cross-batch contamination.
03
Zirconia (ZrO2) Filter Design: 40% increased ow area. Clog-Free Operation: Combines rotor centrifugal force with static separation to prevent media blockage.
Spindle Speed
0.1-1.2mm
Zirconia Bead Diameter
Bead Filling QTY
2.1KWh
Energy Consumption
Batch Capacity
NMM-0.3L
Working Principle：
Material Feeding
Self-Circulation
High-Shear Grinding
Stacked-Disc Static Separation
Product Discharge
0.3
Volume of grinding
chamber(L)
0.1-1.2
Zirconia Bead Diameter (mm)
0.7-1.0
Bead Filling QTY(KG)
0.3-0.7L
Batch Capacity(slurry/batch)
282.6
Flow Area(mm²)
0.15（Adjustable）
Screen Gap(mm)
The grinding system can choose turbine and rod pin according to the requirements:
Turbine rotor
Providing more gentle and meticulous grinding effect can effectively prevent excessive material dispersion and improve TurboMax patented Turbine(Turbo) structure grinding quality and accuracy
Rod pin rotor
The rod-pin rotor structure has high linear velocity, which can form continuous strong grinding in the grinding（Chamber), and the impact and grinding effect on the material is more intense
Zirconia
Polyurethane (PU)
