NETZSCH | Fine Particle Technology

NETZSCH Grinding

Dry Grinding

CONDUX^® CS-Z Operating Principle

[ Back to CONDUXCutting Granulator CS ]

A conveyor belt is used for feeding material into the granulator
• The particle size is reduced in the granulator
• A screen is positioned underneath the rotor to prevent oversize material from exiting the machine before it is cut to the final size
• Finished materials conveyed to a cyclone to be collected
• Conveying air carries superfines into the dust collector for separation
• A radial fan is used for pneumatic conveying
• Machine housing contains two or more stationary knives and the cutting rotor is equipped with up to 16 knife rows

Claw-Type Rotor: Open rotor execution Rotor shaft extends over whole rotor length Supported rotary knives Rotor star discs welded to rotor shaft
Cage Rotor: Most open rotor design with lowest shear Forged shaft and discs Rotor middle part is open for high air flow, thus optimal for heat sensitive products
Beam Support Rotor: Heavy duty open rotor design Rotary knives are supported against cutting direction Rotor shaft extends over whole rotor length
Multi-Edge Type Rotor: Open rotor design Rotary knives are mounted in a hanging position Size reduction with low friction Optimal intake characteristics
Cassette Rotor: Closed rotor design Most heavy duty rotor design Rotor can be water cooled Number of knives can be altered by replacing them with blanking plates