- PRODUCT LIST
Raymond Mill(Raymond Grinder) High Pressure Suspension Grinding Mill Jet Ultrafine Mill Centrifugal Ultrafine Mill Components And Parts of Raymond Mill
- Jet Ultrafine Mill
The Description of Jet Ultrafine Mill:
Micronizing as well as classification is to be done in Kefan Jet Mill by taking advantage of fluid energy. Mill is designed to inject high pressure Air or Steam in to cylindrical chamber through Specialy designed Nozzle. Nozzles are placed at equally spaced on peripheral wall to have each Jet is tangential at imaginary smaller circumference. Venturi system is control fed rate of material very precisely to get productivity. Jets are generate high velocity vortex during material feeding which create vacuum to suck product into high speed vortex. Suspended partical of the material are collide with each other and reduce themselves by attrition as well as collision whenever it comes in strong velocity gradients near the jet. Micronised particals are getout with jet fluid through center of chamber and get collected into the cyclone collector system. Heavier or oversize particals are stay in to chember until micrinized due to Centrigugal force.
The Application of Jet Ultrafine Mill:
Kefan jet ultrafine mill is to micronise Pharmaceuticals, Chemicals, Pigments, Minerals, Agrochemicals, Minerals and termoplastics. It is also for heat sensitive, corrosive and abrasive materials.
Benefits of Jet Ultrafine Mill :
Unique design to micronise wide range of dry solids material very economically and efficiently. Partical collide each other without any moving part, which results absolute productivity and negligible maintenance. Provided inter-changeable liners. Easy dismantle for cleaning and quick reassemble is possible for cleaning and material change. Compact design require lees floor space.For example, 2 micron size particle improve product quality to great extent as compared to 325-mesh particle in terms of efficiency, dispersions, behavior and intimate blends of different material. It is due to increase in number of particles and surface area. It also increase suspensibility, dispersion rate, surface area of particle and bulk density.