 |
| Quantity: | |
|---|---|
| parameter | value |
| type | WX-300 / WX-300D |
| motor | 3 kW / 3 kW-2 |
| reducer | JK77 / JK77-2 |
| Electrical cabinets | PLC controllers |
| Enter the speed | 16 rpm |
| Blade size | Diameter 180 mm |
| Shaft size | Diameter 80 mm |
| size | 1000×600×1530 mm (WX-300) / 1470×600×1530 mm (WX-300D) |
The High-Speed Double Shaft Waste Shredder redefines industrial waste processing with its exceptional throughput and versatility, designed to handle high-volume waste streams with unmatched efficiency. This heavy-duty machine features dual 30 kW motors delivering a combined 240,000 Nm of torque through synchronized counter-rotating shafts, achieving an impressive 10-25 tons/hour processing capacity. Its high-speed operation (28 rpm) significantly reduces processing time for bulky materials, making it ideal for large-scale recycling facilities and waste-to-energy plants seeking to maximize operational efficiency. The shredder's robust construction ensures continuous operation even under demanding industrial conditions.
The shredder's defining feature is its precision-aligned dual shafts equipped with intermeshing hardened D2 tool steel blades arranged in a helical pattern. This configuration creates a powerful shearing action that simultaneously cuts material from multiple angles, ensuring thorough shredding of complex waste items. The shafts' synchronized rotation eliminates material slippage, maintaining consistent processing even with irregularly shaped items.
Utilizing a "dual motor + planetary gearbox" configuration, the shredder delivers maximum torque at high speeds, enabling it to process dense materials that would stall conventional shredders. The hydrostatic drive system provides smooth acceleration and deceleration, reducing mechanical stress during startup and shutdown. This advanced drive technology ensures 98% power transmission efficiency from motors to cutting shafts.
Equipped with advanced sensors that monitor material flow and shaft load in real-time, the shredder automatically adjusts operating parameters to prevent overload. When encountering particularly dense materials, it temporarily reduces speed while maintaining torque, then resumes high-speed operation once the obstruction is cleared. This adaptive performance ensures consistent throughput even with variable waste compositions.
This high-performance shredder excels in high-volume waste processing scenarios:
Large-Scale Municipal Waste: Processes bulk household and commercial waste for volume reduction
Industrial Bulk Waste: Handles production scrap from manufacturing facilities in continuous operation
Tire Recycling Facilities: Shreds whole tires and rubber waste at high volumes for further processing
Electronic Waste Processing: Reduces e-waste appliances and equipment into separable fractions
Construction Debris: Processes demolition waste including wood, plastics, and light metal components
A: The High-Speed Double Shaft Waste Shredder operates at 28 rpm (compared to 18-20 rpm for standard models) while maintaining high torque levels, increasing throughput by 40-50% for most waste types. Its enhanced drive system allows it to sustain high speeds even with heavy loads, reducing overall processing time.
A: The shredder includes a multi-layer protection system: tramp metal detection that immediately stops operation upon detecting metal contaminants, overload sensors that prevent motor damage during jams, and replaceable wear plates that shield critical components from abrasion. The control system logs all incidents for maintenance review.
A: Yes, its extra-large feed opening (1200×1000mm) and high-torque design allow processing of bulky items including whole appliances, furniture pieces, and large plastic containers without pre-cutting. The dual-shaft gripping action pulls even large items into the cutting zone for complete shredding.
A: The shredder features an automatic lubrication system that services bearings during operation, reducing maintenance intervals. Blades typically require inspection after 500-800 operating hours, with replacement depending on material abrasiveness. The modular blade design allows for partial replacements, minimizing downtime.
| parameter | value |
| type | WX-300 / WX-300D |
| motor | 3 kW / 3 kW-2 |
| reducer | JK77 / JK77-2 |
| Electrical cabinets | PLC controllers |
| Enter the speed | 16 rpm |
| Blade size | Diameter 180 mm |
| Shaft size | Diameter 80 mm |
| size | 1000×600×1530 mm (WX-300) / 1470×600×1530 mm (WX-300D) |
The High-Speed Double Shaft Waste Shredder redefines industrial waste processing with its exceptional throughput and versatility, designed to handle high-volume waste streams with unmatched efficiency. This heavy-duty machine features dual 30 kW motors delivering a combined 240,000 Nm of torque through synchronized counter-rotating shafts, achieving an impressive 10-25 tons/hour processing capacity. Its high-speed operation (28 rpm) significantly reduces processing time for bulky materials, making it ideal for large-scale recycling facilities and waste-to-energy plants seeking to maximize operational efficiency. The shredder's robust construction ensures continuous operation even under demanding industrial conditions.
The shredder's defining feature is its precision-aligned dual shafts equipped with intermeshing hardened D2 tool steel blades arranged in a helical pattern. This configuration creates a powerful shearing action that simultaneously cuts material from multiple angles, ensuring thorough shredding of complex waste items. The shafts' synchronized rotation eliminates material slippage, maintaining consistent processing even with irregularly shaped items.
Utilizing a "dual motor + planetary gearbox" configuration, the shredder delivers maximum torque at high speeds, enabling it to process dense materials that would stall conventional shredders. The hydrostatic drive system provides smooth acceleration and deceleration, reducing mechanical stress during startup and shutdown. This advanced drive technology ensures 98% power transmission efficiency from motors to cutting shafts.
Equipped with advanced sensors that monitor material flow and shaft load in real-time, the shredder automatically adjusts operating parameters to prevent overload. When encountering particularly dense materials, it temporarily reduces speed while maintaining torque, then resumes high-speed operation once the obstruction is cleared. This adaptive performance ensures consistent throughput even with variable waste compositions.
This high-performance shredder excels in high-volume waste processing scenarios:
Large-Scale Municipal Waste: Processes bulk household and commercial waste for volume reduction
Industrial Bulk Waste: Handles production scrap from manufacturing facilities in continuous operation
Tire Recycling Facilities: Shreds whole tires and rubber waste at high volumes for further processing
Electronic Waste Processing: Reduces e-waste appliances and equipment into separable fractions
Construction Debris: Processes demolition waste including wood, plastics, and light metal components
A: The High-Speed Double Shaft Waste Shredder operates at 28 rpm (compared to 18-20 rpm for standard models) while maintaining high torque levels, increasing throughput by 40-50% for most waste types. Its enhanced drive system allows it to sustain high speeds even with heavy loads, reducing overall processing time.
A: The shredder includes a multi-layer protection system: tramp metal detection that immediately stops operation upon detecting metal contaminants, overload sensors that prevent motor damage during jams, and replaceable wear plates that shield critical components from abrasion. The control system logs all incidents for maintenance review.
A: Yes, its extra-large feed opening (1200×1000mm) and high-torque design allow processing of bulky items including whole appliances, furniture pieces, and large plastic containers without pre-cutting. The dual-shaft gripping action pulls even large items into the cutting zone for complete shredding.
A: The shredder features an automatic lubrication system that services bearings during operation, reducing maintenance intervals. Blades typically require inspection after 500-800 operating hours, with replacement depending on material abrasiveness. The modular blade design allows for partial replacements, minimizing downtime.
