Shredder and granulator energy consumption: measuring kWh per tonne
Learn to measure kWh per tonne in shredders and granulators and compare knives, sharpening and settings without confusing power with efficiency.
Learn to measure kWh per tonne in shredders and granulators and compare knives, sharpening and settings without confusing power with efficiency.
A practical guide to selecting, installing and inspecting shredder knife bolts, controlling preload and preventing loosening or maintenance damage.
A practical guide to comparing original and compatible granulator spare parts and identifying knives, screens and wear parts without purchasing errors.
A practical guide to recognising, investigating and preventing grinding burn and thermal cracking when sharpening industrial blades.
Two complementary spaces with search, topics and videos to consult information about industrial blades and recycling.
The contact and quote forms incorporate a visible box to receive technical news without a second confirmation email.
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.
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.
The evolution of crushers combines changes in drive, rotor and maintenance. In its communication for IFAT Munich 2026, Lindner presents Micromat Series IV and a cutting configuration that deserves to be analyzed according to the waste of each installation.