CM Granulators can process material into smaller particle sizes at a very high capacity and prepare the material for further processing and recycling.
Playlist - Tire Derived Fuel Systems ( TDF )
CM Shredders designs and manufactures several different tire shredding systems for crumb rubber feedstock. CM shredding systems can be designed according to specifications and requirements.
The CM Tire Derived Fuel and Tire Derived Aggregate production systems combine the CM Primary Shredder, CM Disc Screen, and the CM Chipping Shredder or CM Chip Shredder to produce up to 25 tons per hour of TDF, TDA, and crumb rubber feedstock.
The CM high capacity shredding systems can also be configured as a mobile unit to make traveling to different locations easy.
The turnkey TDF / TDA systems that CM Shredders manufactures are known for their high performance.
These CM tire shredding systems are also utilized for processing truck tires, off the road tires, and mining tires into 4-inch chips for Stage 2 of tire recycling.
CM Granulators use V-Force knife technology to reduce material size. High RPMs and unique cutting action process material into granules for recycling.
CM Granulators are advanced machines with V-Force knife technology. These highly versatile systems easily change product size.
CM designs and manufactures complete tire shredding systems for making Tire-Derived Fuel (TDF)
The CM Liberator and wire reclaim system is used in the production of rubber mulch and crumb rubber.
CM Granulators use V-Force knife technology to reduce material size and liberate fiber at high speeds.
CM Shredders designs milling, screening, and cleaning systems for the final stage of tire recycling.
Light-duty hybrid dual shaft shredder for use with many applications such as paper, plastics, aluminum, glass, and E-waste
Light-duty hybrid dual shaft shredder for periodicals and other applications such as paper, cardboard, cosmetics, plastics, and electronics
Medium-duty hybrid dual shaft shredder for applications requiring more torque and higher capacity.