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SINGLE ROTOR SHREDDER

Eco Type Shredder

Eco Type Shredders are especially designed for shredder post-industrial scrap and lumps. They are used for size reduction of plastic waste, cardboard, paper, textile, chipboard scrap.  As per its operation principle Shredder is not affected by thickness, hardness, and density of scrap to be shred.

Scrap is pushed onto the rotor by hydraulic powered inclined pusher. By pushing the scrap onto the rotating blades increase the throughput.  

Pushing interval, pushing type, and rotor speed are controlled by intelligent software and PLC system. Parameters to be used should be chosen from one of 3 pre-set receipts according to the scrap to be shred. Receipt parameters can be tailored according to type of scrap.

Shredder rotors have cooling channels to be cooled by chilled water for protecting material from overheating during shredding. Rotors are protected by hard surface welding or Hardox armour against abrasive effects. Rotating and fixed blades are suitable for multi side using and are made of special alloy steel. Rotating blades are fixed on the rotor by blade holders to prevent damage on rotor surface. Fixed blades are mounted on plates which can be moved to adjust shredding gap between rotating and fixed blades. Screens are made of special steel with different hole sizes for each type of scrap.

Bearings are mounted in insulated housings with cooling to extend lifetime of bearings. Heavy duty gearbox and shock absorbers can handle dynamic load during shredding. Energy efficiency is maximized by inverter-controlled motors.



E TİP E60
E80 E100
ROTOR LENGTH (mm) 600
800 1000
ROTOR DIAMETER (mm) 330
330 330
ROTOR KNIFE SIZE (mm) 52x30 52x30 52x30
ROTOR KNIFE (psc) 63
84 105
POWER (kw) 30-45
75-90 90-132
SHREDDING CHAMBER (mm) 600x850
900x1000 1050x1200
WEIGHT (kg) 4.750
5.500 6.500
THROUGHPUT (kg/h)* 200-350
300-500 400-600

Technical details are for information only. Producer reserves right to change catalogue data without notice.

* May differ according to type, form, MFI of plastic and filtration fineness.