 |
| Quantity: | |
|---|---|
| Parameter | Value |
| Model | WX-600 |
| Rotary Diameter | 280mm |
| Main Shaft Width | 600mm |
| Rotary Blade Number | 2 blades (D2 steel) |
| Rotary Shaft Speed | 80rpm |
| Fixed Blade Number | 1 blade (SKD-II steel) |
| Hydraulic Motor | 2.2KW |
| Hydraulic Cylinder Size | 60x600mm |
| Hydraulic Station Cooling | Water cooling |
| Using Pressure | 6-12 Mpa |
| Crush Capacity | 400-500 kg/h |
| Feed Port Size | 600mmL x 700mmW |
| Main Motor Power | 30KW |
| Reducer | H2HH4-20-B |
| Bearing | NSK |
| Sealing Part | TTO |
| Machine Weight | 2200kg |
| Machine Size | 2200x1200x2300mm |
| Electric Control System | NS-D600 |
The Efficient Single Shaft E-Waste Shredder represents a specialized solution for electronic waste recycling, engineered to safely and efficiently process end-of-life electronic devices while facilitating material recovery. This precision machine features a 22-37 kW motor system with variable speed control, achieving a 3-8 tons/hour processing capacity optimized for electronic waste's unique composition of plastics, metals, and hazardous components. Its single-shaft design incorporates specialized safety features and material separation technologies that address e-waste's specific challenges, including dust containment, hazardous material handling, and metal-plastic separation. The shredder's compliance with international e-waste regulations makes it an essential tool for sustainable electronics recycling operations.
The shredder utilizes a tungsten carbide-tipped blade rotor designed to process the mixed materials found in electronics—including plastic casings, circuit boards, and metal components. The 320mm diameter rotor features a unique blade configuration that minimizes dust generation while effectively separating different material fractions. This specialized cutting action reduces the risk of hazardous dust dispersion common in e-waste processing.
Recognizing e-waste's potential for hazardous components, the shredder incorporates a fully enclosed processing chamber with negative pressure ventilation that captures and filters particulate matter. The system includes a HEPA filtration unit that removes 99.97% of airborne particles, including lead and other heavy metals commonly found in electronic devices. All internal surfaces use chemical-resistant materials to handle potential contaminants.
Equipped with advanced sensors that detect metal content and material density, the shredder automatically adjusts rotor speed and torque to optimize processing of different electronic components. When encountering high-metal-content items like heat sinks, it increases torque for effective shredding, while for plastic-dominated items like computer cases, it operates at higher speeds for increased throughput.
This specialized shredder excels in electronic waste recycling scenarios:
Consumer Electronics Recycling: Processes computers, laptops, tablets, and smartphones
Large Appliance Recycling: Shreds washing machines, refrigerators, and small kitchen appliances
Telecommunications Equipment: Handles routers, modems, and communication devices
Office Equipment Recycling: Processes printers, copiers, and fax machines
Industrial Electronics: Recycles control panels, circuit boards, and electronic components
A: The Efficient Single Shaft E-Waste Shredder incorporates multiple safety systems: a closed-loop ventilation system with HEPA filtration captures hazardous dust, chemical-resistant materials prevent corrosion from battery acids, and specialized seals contain volatile organic compounds. These features ensure compliance with regulations like RoHS and WEEE directives.
A: Yes, its specialized cutting action separates metal components from plastic casings during processing, creating distinct material fractions that simplify downstream separation. The uniform particle size (typically 10-30mm) enhances the efficiency of magnetic and eddy current separation systems used to recover valuable metals.
A: Safety features include emergency stop controls, interlocked access doors, and real-time monitoring of temperature and particulate levels. The shredder also features automatic shutdown protocols for battery detection, preventing thermal runaway incidents during processing of devices with lithium-ion batteries.
A: The shredder's high-torque motor and reinforced blade system easily process circuit boards and dense electronic components. Its variable speed control allows operators to select a lower speed/higher torque setting specifically for dense materials, ensuring complete shredding without blade damage or excessive energy consumption.
The high-strength alloy knife roller adopts a modular blade design, which not only makes blade replacement and maintenance more convenient, significantly reduces downtime, and improves production efficiency; but also allows the shredder to flexibly adapt to different material characteristics and multiple application scenarios through customized blade replacement, remarkably enhancing the equipment's environmental adaptability and working condition compatibility.
motor
The motor power of the spindle ranges from 25 to 75 kW, which can be customized and adjusted according to actual production requirements to suit production scenarios of different production scales.
Advantages of using pure copper winding material:Copper has low resistivity, minimizing energy loss. This improves motor efficiency by 10%-15%, reducing long-term energy consumption costs.
Copper winding offers high mechanical strength, resisting vibration and impact. It is ideal for continuous, high-load industrial operations.
| Parameter | Value |
| Model | WX-600 |
| Rotary Diameter | 280mm |
| Main Shaft Width | 600mm |
| Rotary Blade Number | 2 blades (D2 steel) |
| Rotary Shaft Speed | 80rpm |
| Fixed Blade Number | 1 blade (SKD-II steel) |
| Hydraulic Motor | 2.2KW |
| Hydraulic Cylinder Size | 60x600mm |
| Hydraulic Station Cooling | Water cooling |
| Using Pressure | 6-12 Mpa |
| Crush Capacity | 400-500 kg/h |
| Feed Port Size | 600mmL x 700mmW |
| Main Motor Power | 30KW |
| Reducer | H2HH4-20-B |
| Bearing | NSK |
| Sealing Part | TTO |
| Machine Weight | 2200kg |
| Machine Size | 2200x1200x2300mm |
| Electric Control System | NS-D600 |
The Efficient Single Shaft E-Waste Shredder represents a specialized solution for electronic waste recycling, engineered to safely and efficiently process end-of-life electronic devices while facilitating material recovery. This precision machine features a 22-37 kW motor system with variable speed control, achieving a 3-8 tons/hour processing capacity optimized for electronic waste's unique composition of plastics, metals, and hazardous components. Its single-shaft design incorporates specialized safety features and material separation technologies that address e-waste's specific challenges, including dust containment, hazardous material handling, and metal-plastic separation. The shredder's compliance with international e-waste regulations makes it an essential tool for sustainable electronics recycling operations.
The shredder utilizes a tungsten carbide-tipped blade rotor designed to process the mixed materials found in electronics—including plastic casings, circuit boards, and metal components. The 320mm diameter rotor features a unique blade configuration that minimizes dust generation while effectively separating different material fractions. This specialized cutting action reduces the risk of hazardous dust dispersion common in e-waste processing.
Recognizing e-waste's potential for hazardous components, the shredder incorporates a fully enclosed processing chamber with negative pressure ventilation that captures and filters particulate matter. The system includes a HEPA filtration unit that removes 99.97% of airborne particles, including lead and other heavy metals commonly found in electronic devices. All internal surfaces use chemical-resistant materials to handle potential contaminants.
Equipped with advanced sensors that detect metal content and material density, the shredder automatically adjusts rotor speed and torque to optimize processing of different electronic components. When encountering high-metal-content items like heat sinks, it increases torque for effective shredding, while for plastic-dominated items like computer cases, it operates at higher speeds for increased throughput.
This specialized shredder excels in electronic waste recycling scenarios:
Consumer Electronics Recycling: Processes computers, laptops, tablets, and smartphones
Large Appliance Recycling: Shreds washing machines, refrigerators, and small kitchen appliances
Telecommunications Equipment: Handles routers, modems, and communication devices
Office Equipment Recycling: Processes printers, copiers, and fax machines
Industrial Electronics: Recycles control panels, circuit boards, and electronic components
A: The Efficient Single Shaft E-Waste Shredder incorporates multiple safety systems: a closed-loop ventilation system with HEPA filtration captures hazardous dust, chemical-resistant materials prevent corrosion from battery acids, and specialized seals contain volatile organic compounds. These features ensure compliance with regulations like RoHS and WEEE directives.
A: Yes, its specialized cutting action separates metal components from plastic casings during processing, creating distinct material fractions that simplify downstream separation. The uniform particle size (typically 10-30mm) enhances the efficiency of magnetic and eddy current separation systems used to recover valuable metals.
A: Safety features include emergency stop controls, interlocked access doors, and real-time monitoring of temperature and particulate levels. The shredder also features automatic shutdown protocols for battery detection, preventing thermal runaway incidents during processing of devices with lithium-ion batteries.
A: The shredder's high-torque motor and reinforced blade system easily process circuit boards and dense electronic components. Its variable speed control allows operators to select a lower speed/higher torque setting specifically for dense materials, ensuring complete shredding without blade damage or excessive energy consumption.
The high-strength alloy knife roller adopts a modular blade design, which not only makes blade replacement and maintenance more convenient, significantly reduces downtime, and improves production efficiency; but also allows the shredder to flexibly adapt to different material characteristics and multiple application scenarios through customized blade replacement, remarkably enhancing the equipment's environmental adaptability and working condition compatibility.
motor
The motor power of the spindle ranges from 25 to 75 kW, which can be customized and adjusted according to actual production requirements to suit production scenarios of different production scales.
Advantages of using pure copper winding material:Copper has low resistivity, minimizing energy loss. This improves motor efficiency by 10%-15%, reducing long-term energy consumption costs.
Copper winding offers high mechanical strength, resisting vibration and impact. It is ideal for continuous, high-load industrial operations.
