NEUE HERBOLD – Two Shaft Shredders ZRM
Series are used for pre-cutting of large amounts of material, or bulky materials like film, scrap tires, random plastic waste or drums.
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NEUE HERBOLD SX series granulators are specially designed for extremely high output applications.
When utilizing a 800 mm (32 in.) rotor diameter in conjunction with a 2000 mm (79 in.) rotor width and 315 kw (425 hp) drive motor depending on the specific screen size through put rates of 15,000 kgs/h (33,000 lbs/h) can be achieved.
SX series granulators are designed with rotor and stator knives that are “V“ or chevron formed counter angled to each other producing a true scissors type cutting action.
NEUE HERBOLD SMV series granulators are specially designed for all universal types of applications. Through simple modification the SMV series granulators can be used for size reduction of forms of hollow bodied parts from various types of plastics, of film of BOPP/BOPET/PP in-line, off-line and sheet applications, PP-big bag and bottle crates
NEUE HERBOLD SM series granulators are specially designed for all universal types of applications.
The SM series is designed for versatile use and considered a all round granulator for today’s recycler.
SM series granulators are designed with rotor and stator knives that are counter angled to each other producing a true scissors type cutting action. This design results in a cleaner more uniform granulate and reduced heat build up in the granulate. Double angle cut also reduces noise emissions and energy consumption. All knives are straight sharpening and require no special knife sharpening fixture.
NEUE HERBOLD LM series granulators are specially designed for the size reduction of voluminous, thin walled materials.
LM series granulators are designed with rotor and stator knives that are counter angled to each other producing a true scissors type cutting action. This design results in a cleaner more uniform granulate and reduced heat build up in the granulate. Double angle cut also reduces noise emissions and energy consumption.
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