Pulverising lines

Pulveriser to recycle PVC and PO materials;

Material is centrally fed, between one or two fixed discs and one or two high speed rotating discs. The centrifugal effect carries the pulverised materials to the transporting line;

Feeding by vibration, metal free by metal particles rejecting unit on the feeding system;

Automatic feeding system by big-bag support, stainless steel screw for PVC, and suction for PO;

Air transport of the pulverised material by a high capacity fan;

Automatic discharge by big capacity fan and separate powder system for PVC, and by cyclone and rotation valve for PO;

Applications

Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.Pulverizing rigid PVC pellets, pipe and profile regrind.  The powder quality produced with this system is excellent for high production, sensitive twin screw extrusion.  A constant feed assures higher extruder capacity and reduced wear on the screw and barrel.

The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.The material in pellet or granular form is fed with a vibratory feeder from a feeder hopper to the pulverizer.  The material is pulverized between two rings of segments mounted on carrier discs then air conveyed to a screening machine.  The coarse material is recycled to the pulverizer for further size reduction.  The desired powder is diverted to fill bags or containers or conveyed to silos.

Models

Model
Disc Ø [mm]
Main motor [kW]
Fan [kW]
Output [kg/h]
MP300
300
22
4
150/180
MP500
500
55
7,5
300/400
MP800
800
75
10
800/1000