In industrial granulation, the rotor and blades must correspond to the size and behavior of the material. ZERMA’s GSH range allows you to analyze a construction intended for demanding jobs without converting a catalog description into a guarantee for any residue.
Selecting blades for a plastic shredder should begin with the waste and the installed rotor. Film, fibers and rigid pieces arrive at the cutting area in different ways, even when they belong to the same polymer.
The consumption of a disposal does not depend only on its blades. Drive, feeding and output of the material are part of the evaluation. HiTorc is a direct drive technology from Vecoplan that must be analyzed with comparable measurements.
Comparing cutting systems from the same family of shredders requires identifying the waste and prior preparation. UNTHA XR-C and XR-XC configurations must be evaluated against the requirements of each flow and with specific documentation.
Plastic pipes and profiles may require sizing before entering a mill.
A shredder blade needs correct housing and fixation to work stably. When preparing spare parts for recycling machinery, it is also advisable to check screws, knife holders and support surfaces: changing only the cutting edge can leave the cause of irregular wear unresolved.
Textile recycling must manage materials that fold, stretch and can tangle.
The stock of recycling blades and spare parts must correspond to the actual installation. Buying many parts does not guarantee continuity if a critical reference, a support or a fixation necessary to assemble the cutting set is missing.
Buying industrial blades and recycling parts requires comparing specifications, not just brand names. A compatible component must be studied for the specific machine, while an original reference also needs to be verified against the installed version.
In a cable recycling line, the objective of cutting is to facilitate the release of the conductor and its separation from the insulation.