The dual-shaft shredder is an efficient waste preprocessing device that utilizes two synchronized rotors to cut, tear, and compress materials, reducing their size. This equipment is widely used for processing waste plastics, rubber, wood, and various bulky waste, particularly excelling in municipal solid waste management.




Key Features:
High Efficiency: The dual-motor drive design delivers robust power, enabling rapid and efficient waste reduction, enhancing overall processing efficiency.
Strong Adaptability: Suitable for diverse urban waste types, including household waste, industrial refuse, and discarded tires and plastic products.
Low Noise and Pollution: Compared to traditional waste processing methods, the shredder minimizes dust and noise generation, reducing environmental impact.
Ease of Maintenance: With a rational structure, maintenance is straightforward, contributing to a longer lifespan and lower operational costs.
Application Examples: Many cities have adopted dual-shaft shredders in their waste management centers. For instance, a city's municipal waste processing station reported a 50% increase in processing efficiency after implementing this device, making the shredded waste easier to sort and recycle, thus significantly enhancing resource recovery. Additionally, the shredder is effective for processing waste tires and metals, with an output of 500 kg/h to 600 kg/h and can be operated by a single operator.
Technical Parameters: For example, the WY60 dual-shaft shredder has a power of 5.5 kW, a rotor diameter of 276 mm, and the rotor speed is adjustable based on material type. The dimensions are 2530 mm × 1275 mm × 1850 mm, with a total weight of approximately 2080 kg.
In summary, the dual-shaft shredder plays a crucial role in waste recycling and utilization due to its efficiency, adaptability, environmental friendliness, and ease of maintenance.