Mobile Double Shaft Shredder Mobile Waste Crusher Mobile Plastic Shredder Waste Paper Shredder Metal Shredder Mobile Solid Waste Shredder
Shearing and tearing mechanism: The material is crushed by the mutual shearing and tearing action between two relatively rotating knives
Double-shaft collaborative work: Two rotating shafts with staggered blades rotate in opposite directions to form a strong shear force field
Material processing process: After the material enters the crushing chamber, it is first sheared by the blade, and then repeatedly torn and rubbed into small pieces
Power system: Usually driven by a motor or hydraulic, equipped with a reduction device to provide high torque output
Control system: Integrated PLC automatic control system, with start, stop, reverse and overload protection functions
Plastic materials
Large plastic head materials, engineering plastics, paint buckets
Plastic beverage cans, plastic barrels, packaging boxes and other hollow containers
PE, PP, PVC and other types of pipes
Plastic pallets, films and bundled plastics
Metal materials
Steel plates and iron sheets with a thickness of less than 5mm
Non-ferrous metals and castings such as copper and aluminum
Automobile shells, motorcycle frames, bicycle frames
Metal containers such as cans, paint buckets, and oil drums
Wood materials
Wooden pallets, round logs, furniture parts
Sawdust plywood, garden waste
Tree roots, whole pieces of wood
Other special materials
Waste tires and rubber products
Waste home appliance shells (TVs, refrigerators, washing machines, etc.)
Kitchen waste, animal carcasses, medical waste
Complex waste such as filing cabinets and oil filters
The mobility of the mobile shredder brings significant operational advantages, which are mainly reflected in the following three aspects:
Flexible deployment capability: The mobile design allows the equipment to go directly to the work site, eliminating the material transportation link. It is particularly suitable for temporary work sites such as construction sites and demolition sites, as well as scenes that require multi-point operations such as urban garbage transfer stations, which greatly reduces logistics costs.
Emergency response advantage: In natural disasters and sudden environmental events, it can be quickly deployed to the accident site to handle various types of waste. For example, the handling of fallen trees after typhoons and the dismantling of metal components at fire sites can achieve a rapid disposal mode of "equipment looking for people".
Strong site adaptability: No fixed infrastructure is required, and it can operate directly in complex terrain (such as mines and landfills). The crawler chassis can also adapt to harsh site conditions such as muddy and uneven, solving the site limitation problem of fixed equipment.
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