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Parameter | Value |
Model | WX-200 |
Motor | 2.2kw |
Reducer | JK37 |
Electric Cabinet | PLC controller |
Input Speed | 16 turns/min |
Blade Size | dia 120mm |
Shaft Size | dia 60mm |
Dimension | 7505001100mm |
The Efficient Double Shaft Industrial Shredder represents the pinnacle of versatile waste processing technology, designed to handle the most challenging industrial shredding applications with exceptional efficiency and reliability. This heavy-duty machine features a dual-shaft configuration powered by 30-45 kW dual motors that deliver an impressive 320,000 Nm of torque, making it capable of processing diverse materials from light plastics to bulky metal items. With a processing capacity ranging from 10-25 tons/hour, it provides scalable solutions for large-scale recycling facilities and industrial waste management operations seeking to maximize material volume reduction and processing efficiency. Its robust design eliminates the need for pre-sorting in many applications, significantly streamlining waste processing workflows.
The shredder's defining feature is its synchronized dual shafts equipped with intermeshing hardened alloy steel blades arranged in a helical pattern. This configuration creates a powerful shearing action that tears and cuts materials from multiple angles simultaneously, ensuring thorough shredding even for complex or heterogeneous waste streams. The shafts' counter-rotating motion (at 18-20 rpm) generates superior gripping force, pulling materials into the cutting zone without requiring a hydraulic pusher system.
Unlike single-shaft designs, this double shaft shredder delivers maximum torque at low speeds, enabling it to process dense, bulky materials that would stall conventional machines. The "double motor + double planetary reducer" drive system ensures consistent power distribution to both shafts, maintaining operational efficiency even with uneven material feeding. This high-torque design reduces energy consumption per ton of processed material by optimizing cutting force application.
The shredder's open design without a fixed screen allows for processing of irregularly shaped items and varying material thicknesses, from thin sheets to large bulky objects. Its generous shredding chamber (1200×1000mm inner dimensions) accommodates large feed items, reducing the need for pre-cutting. The machine's modular blade system allows for quick configuration changes, adapting the shredder for different material types with minimal downtime.
This versatile shredder excels across a wide range of industrial applications:
Municipal Solid Waste Processing: Handles mixed household and commercial waste for volume reduction and sorting preparation
E-Waste Recycling: Processes electronic waste including computers, TVs, and appliances into separable fractions
Tire and Rubber Recycling: Shreds whole tires and rubber products into manageable pieces for further processing
Bulky Waste Management: Reduces furniture, mattresses, and large plastic items from demolition and construction sites
Metal Scrap Processing: Handles light metal scrap, aluminum, and sheet metal alongside other materials in mixed waste streams
A: Double shaft shredders use two intermeshing shafts with blades that shear material between them, eliminating the need for a hydraulic pusher. They excel at processing bulky, heterogeneous materials and provide higher torque for tough applications. Single shaft models use a single rotating shaft with a pusher system and screen, producing more uniform particle sizes but requiring more consistent material feeding.
A: Yes, one of its key advantages is handling mixed waste streams containing different materials (plastics, metals, wood, etc.) without pre-sorting. This makes it ideal for waste-to-energy facilities, material recovery facilities (MRFs), and industrial sites generating varied waste types. The dual-shaft design ensures each component is effectively shredded regardless of material type.
A: Regular maintenance includes daily lubrication of bearings, weekly inspection of blade wear, and monthly checking of drive components. Blade replacement intervals depend on material type but typically range from 500-800 operating hours. The machine's design allows for blade replacement without removing the shafts, significantly reducing maintenance downtime compared to conventional designs.
Parameter | Value |
Model | WX-200 |
Motor | 2.2kw |
Reducer | JK37 |
Electric Cabinet | PLC controller |
Input Speed | 16 turns/min |
Blade Size | dia 120mm |
Shaft Size | dia 60mm |
Dimension | 7505001100mm |
The Efficient Double Shaft Industrial Shredder represents the pinnacle of versatile waste processing technology, designed to handle the most challenging industrial shredding applications with exceptional efficiency and reliability. This heavy-duty machine features a dual-shaft configuration powered by 30-45 kW dual motors that deliver an impressive 320,000 Nm of torque, making it capable of processing diverse materials from light plastics to bulky metal items. With a processing capacity ranging from 10-25 tons/hour, it provides scalable solutions for large-scale recycling facilities and industrial waste management operations seeking to maximize material volume reduction and processing efficiency. Its robust design eliminates the need for pre-sorting in many applications, significantly streamlining waste processing workflows.
The shredder's defining feature is its synchronized dual shafts equipped with intermeshing hardened alloy steel blades arranged in a helical pattern. This configuration creates a powerful shearing action that tears and cuts materials from multiple angles simultaneously, ensuring thorough shredding even for complex or heterogeneous waste streams. The shafts' counter-rotating motion (at 18-20 rpm) generates superior gripping force, pulling materials into the cutting zone without requiring a hydraulic pusher system.
Unlike single-shaft designs, this double shaft shredder delivers maximum torque at low speeds, enabling it to process dense, bulky materials that would stall conventional machines. The "double motor + double planetary reducer" drive system ensures consistent power distribution to both shafts, maintaining operational efficiency even with uneven material feeding. This high-torque design reduces energy consumption per ton of processed material by optimizing cutting force application.
The shredder's open design without a fixed screen allows for processing of irregularly shaped items and varying material thicknesses, from thin sheets to large bulky objects. Its generous shredding chamber (1200×1000mm inner dimensions) accommodates large feed items, reducing the need for pre-cutting. The machine's modular blade system allows for quick configuration changes, adapting the shredder for different material types with minimal downtime.
This versatile shredder excels across a wide range of industrial applications:
Municipal Solid Waste Processing: Handles mixed household and commercial waste for volume reduction and sorting preparation
E-Waste Recycling: Processes electronic waste including computers, TVs, and appliances into separable fractions
Tire and Rubber Recycling: Shreds whole tires and rubber products into manageable pieces for further processing
Bulky Waste Management: Reduces furniture, mattresses, and large plastic items from demolition and construction sites
Metal Scrap Processing: Handles light metal scrap, aluminum, and sheet metal alongside other materials in mixed waste streams
A: Double shaft shredders use two intermeshing shafts with blades that shear material between them, eliminating the need for a hydraulic pusher. They excel at processing bulky, heterogeneous materials and provide higher torque for tough applications. Single shaft models use a single rotating shaft with a pusher system and screen, producing more uniform particle sizes but requiring more consistent material feeding.
A: Yes, one of its key advantages is handling mixed waste streams containing different materials (plastics, metals, wood, etc.) without pre-sorting. This makes it ideal for waste-to-energy facilities, material recovery facilities (MRFs), and industrial sites generating varied waste types. The dual-shaft design ensures each component is effectively shredded regardless of material type.
A: Regular maintenance includes daily lubrication of bearings, weekly inspection of blade wear, and monthly checking of drive components. Blade replacement intervals depend on material type but typically range from 500-800 operating hours. The machine's design allows for blade replacement without removing the shafts, significantly reducing maintenance downtime compared to conventional designs.