Feature

• The chassis is composed of a robust and torsion-resistant box-welded structure. Inside the chassis, there is an installed pusher suitable for large-scale feeding. The pusher continuously pushes the material to be shredded towards the blade rollers, improving the crushing efficiency. The fully automated crushing process eliminates the problem of overfeeding.

• Different blade rollers are available for selection. The flexible design of the blade rollers allows for the shredding of various materials and can be modified according to requirements. For example, coating the surface of the blade rollers with hard alloy makes them suitable for crushing corrosive materials.

• The feeding hopper can be specially designed according to specific applications, while the currently used standard feeding hopper is suitable for conveyor equipment, manual feeding, and forklifts.

• The blade rollers use square blades with surface indentations. These blades can easily shred thick and heavy waste without generating heat like hammer crushing, preventing material degradation and thereby increasing cutting efficiency. When one corner of the blade wears out, it can be easily reversed to continue using.

• Two drive modes, electric and hydraulic, to meet different needs. The electric motor is connected to a planetary gear reducer, and the hollow output shaft of the reducer transfers torque to the blade shaft. The hydraulic motor is connected to a planetary gear reducer, and the hollow output shaft of the reducer transfers torque to the blade shaft. High protection level motors are selected, characterized by high efficiency and low noise. They comply with International Electrotechnical Commission (IEC) standards, with F-class insulation and IP54/55 protection levels.