Pulse Jet Dust COllector (2)jetmilljetmill_1mdjetmill_2bgJETMIL RANGE AND SPECIFICATION
Model Output (KgHr) Air Req. (CFM) Air Comp. (HP)
VMF-2 1 25 10
VMF-4 3 45 20
VMF-6 10 75 30
VMF-8 22 125 40
VMF-10 40 200 50
VMF-12 65 265 60
VMF-15 100 380 75
VMF-18 160 530 120
VMF-20 210 650 150
VMF-24 400 1050 250
VMF-30 720 1725 425
Operating pressure in between 7-8kgcm2
Average feed size of materials is 200 mesh
Adequate quantity of air, Controlled feed and microfine setting play an important roll.
All the data given are nominal only. It may vary widely from case to case depending upon many factors.Micronizing as well as classification is to be done in Varahi JetMill 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.

Pulse Jet Dust COllector (2)jetmilljetmill_1mdjetmill_2bgJETMIL RANGE AND SPECIFICATION
Model Output (KgHr) Air Req. (CFM) Air Comp. (HP)
VMF-2 1 25 10
VMF-4 3 45 20
VMF-6 10 75 30
VMF-8 22 125 40
VMF-10 40 200 50
VMF-12 65 265 60
VMF-15 100 380 75
VMF-18 160 530 120
VMF-20 210 650 150
VMF-24 400 1050 250
VMF-30 720 1725 425
Operating pressure in between 7-8kgcm2
Average feed size of materials is 200 mesh
Adequate quantity of air, Controlled feed and microfine setting play an important roll.
All the data given are nominal only. It may vary widely from case to case depending upon many factors.Micronizing as well as classification is to be done in Varahi JetMill 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.