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Fast speed, high efficiency, large processing capacity, grinding particle size can reach below 0.5 microns
Overview of Nano Grinding Machine
The advantage of this model is that it can achieve a narrow particle size distribution, with a crushing fineness of up to 0.5 microns or less. It can handle a large amount of slurry and can also add fine components to the pre mixing cylinder at any time during the grinding process. The slurry passes through the grinding chamber for a short 15/25 seconds, allowing for precise temperature control.
Structural characteristics of nano grinding machine
Grinding discs can be divided into eccentric, triangular cam or circular structures, arranged in a certain order, with uniform distribution of grinding media and high grinding efficiency. The product fineness should reach micrometers or nanometers. The separation system adopts a gap separator with a large flow area, good separation effect, long equipment life, and a double end mechanical seal component with forced cooling liquid. The sealing effect is good and the operation is reliable. By replacing the grinding bucket and rotor, it can be modified into a high flow circulating sand mill for grinding materials with high fineness requirements or temperature sensitive products. Zirconia is selected for the cylinder and grinding disc to meet customer quality requirements.
The advantage of this model is that it can achieve a narrow particle size distribution, with a crushing fineness of up to 0.5 microns or less. It can handle a large amount of slurry and can also add fine components to the pre mixing cylinder at any time during the grinding process. The slurry passes through the grinding chamber for a short 15/25 seconds, allowing for precise temperature control.
Structural characteristics of nano grinding machine
Grinding discs can be divided into eccentric, triangular cam or circular structures, arranged in a certain order, with uniform distribution of grinding media and high grinding efficiency. The product fineness should reach micrometers or nanometers. The separation system adopts a gap separator with a large flow area, good separation effect, long equipment life, and a double end mechanical seal component with forced cooling liquid. The sealing effect is good and the operation is reliable. By replacing the grinding bucket and rotor, it can be modified into a high flow circulating sand mill for grinding materials with high fineness requirements or temperature sensitive products. Zirconia is selected for the cylinder and grinding disc to meet customer quality requirements.

Nano grinding machine process flow
The feeding pump sends the pre dispersed material into the grinding drum, which is filled with grinding medium. The finely ground material is discharged through a dynamic separator. Depending on the fineness of the product, a single continuous or multiple continuous grinding processes can be used in series.
Technical parameters of nano grinder
The feeding pump sends the pre dispersed material into the grinding drum, which is filled with grinding medium. The finely ground material is discharged through a dynamic separator. Depending on the fineness of the product, a single continuous or multiple continuous grinding processes can be used in series.
Technical parameters of nano grinder
Model number | NM-120 | NM-230 | NM-320 | NM-460 | NM-650 |
Grinding ball volume (L) | 0.28 | 2.1 | 5.7 | 16 | 54 |
Speed (RPM) | 0~2200 | 0~1500 | 0~960 | 0~700 | 0~500 |
Storage bucket capacity | 5~20 | 20~1000 | 1000~2000 | 2000~3000 | 3000~5000 |
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