This new jet mill series is based on supersonic jet milling technology. This jet mill only needs a nitrogen source or an
air compressor to work at a constant temperature. The powder is poured into the flat
cylindrical m/s. When the slow-moving particles meet the
fast- moving particles, they are smashed to achieve the effect of particle refinement. Due to the centrifugal force, the large particles stay around the cavity wall and the
small particles are ejected out of the grinding cavity with the gas.
Technical Features
1. Based on the matrix statistical algorithm, it has been upgraded.
2. Advanced spiral jet mill technology,
3. After redesign of the geometry in the grinding chamber. The cavity geometry of jet mills on the market has not changed for decades.
4. Since the special grinding nozzle can make the jet stream as streamlined as possible, it has brought a great progress in the jet mill technology.
The particle size distribution is mainly determined by two parameters
Pressure: increasing the pressure can increase the micronizing effect
Feeding rate: the faster the feeding speed, the worse the ultrafineness effect, because the particles need enough space to get proper particle size before they collide accelerate.

Simple Instructions
Output 0.50g/h-350.00kg/h or more
One collection point (consistent size)
Processing process suitable for any grinding chamber
Very little product loss, batch yield 99%
Explosion-proof
Reduced viscosity Powder adhesion
· Quick cleaning, simple installation
· Simple structure
· Quick disassembly system with limited number of tightening elements
· The whole system is very simple
· The body is made of stainless steel or Hastelloy with a polished surface of 0.25.