SOYU industrial twin shaft shredders are designed for the primary size reduction of bulky, mixed and difficult-to-process waste materials. Using two counter-rotating shafts fitted with intermeshing cutting blades, the machine tears and shears incoming material without relying on a sizing screen.
Typical applications include scrap metal, car body shells, metal drums, waste tires, large plastic containers, wood waste and selected municipal or industrial waste streams. The appropriate configuration depends on the material's dimensions, composition, feeding behavior, required throughput and downstream processing requirements.
SOYU can evaluate the application and recommend a suitable shredder configuration based on the material to be processed and the operating requirements of the recycling line.
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The SOYU twin shaft industrial shredder, also known as a heavy-duty double shaft shredder, is designed for low-speed, high-torque size reduction in industrial recycling applications. Its two-shaft cutting system helps grab, tear, and shear bulky materials. Motor power and machine configuration vary by model to meet different material characteristics and processing requirements. Learn more about this industrial shredding machine and compare available shredder configurations.
The twin shaft shredder uses two counter-rotating shafts fitted with cutting blades to grab, tear, and shear incoming materials. Unlike screen-based shredders, configurations without a sizing screen do not rely on a screen to control the discharged particle size. Actual output size depends on the material and cutter configuration.
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Precision-Engineered Rotor and Heavy-Duty Blades
At the heart of our twin-shaft industrial shredder is a high-strength rotor system designed for maximum shearing force.
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High-Performance Drive Train & Intelligent Control
The SOYU twin-shaft industrial shredder features a robust drive train engineered for maximum operational stability and torque efficiency:
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Advanced Hydraulic Ram for Twin-Shaft Industrial Shredders
Maximize Throughput for Bulky & Hollow Materials While standard twin-shaft industrial shredders often struggle with materials that "float" or "bridge" in the hopper, the SOYU Hydraulic Ram (Pusher) system provides a definitive solution.
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| Model | Motor power(kw) | Main blade rotation diameter(mm | Main blade quantity(pcs) | External dimensions(mm) | Equipment weight(kg) |
| SYU3380 | 2x22KW | φ430mm | 16 | 3000x1250x2150mm | 4700kg |
| SYU33100 | 2x30KW | φ430mm | 20 | 3000x1250x2150mm | 5200kg |
| SYU33120 | 2x30KW | φ430mm | 24 | 3000x1250x2150mm | 5700kg |
| SYU41100 | 2x30KW | φ534mm | 20 | 3660x1700x2650mm | 9000kg |
| SYU41140 | 2x37KW | φ534mm | 28 | 3660x1700x2650mm | 10000kg |
| SYU41160 | 2x45KW | φ534mm | 32 | 3660x1700x2650mm | 11000kg |
| SYU50130 | 2x55KW | φ650mm | 32 | 4200x2100x3000mm | 20000kg |
| SYU50180 | 2x55KW | φ650mm | 36 | 4200x2100x3000mm | 25000kg |
| SYU61180 | 2x160KW | φ800mm | 24 | 6700x2560x4700mm | 30000kg |
| SYU61210 | 2x160KW | φ800mm | 21 | 7100x2560x4700mm | 35000kg |
Selecting an industrial twin shaft shredder requires more than comparing motor power or machine dimensions. Buyers should evaluate the type and size of the incoming material, material strength, feeding conditions, target throughput and the requirements of the next processing stage.
Material characteristics: Consider whether the feed consists of metal scrap, tires, plastic containers, bulky waste or mixed materials.
Throughput requirements: Define the required processing capacity and operating hours, and confirm the expected performance using representative material.
Output requirements: Twin shaft shredders are commonly used for primary size reduction. The resulting particle dimensions depend on the cutter configuration, material properties and operating conditions. Where a more uniform or smaller output is required, a secondary shredding or crushing stage may be necessary.
Feeding and configuration: Large hollow objects and materials that bridge above the cutting chamber may require a suitable feeding arrangement, such as a hydraulic ram, depending on the machine design.
Downstream processing: Consider whether the shredded material will proceed to sorting, separation, granulation, washing or another recycling process.
For application-specific recommendations, provide SOYU with the material type, approximate dimensions, required throughput and target output so that the appropriate configuration can be evaluated.
The processing capacity of a twin shaft shredder depends on the material type, material dimensions, feeding conditions, cutter configuration, motor power and operating requirements. Actual throughput should be evaluated against the specific material and machine configuration rather than assumed from the model name alone.
A twin shaft shredder is generally used for primary size reduction and does not rely on a sizing screen in the same way as many screened shredders. Output characteristics depend on cutter geometry, blade thickness, material properties and operating conditions. If a more uniform or smaller particle size is required, a secondary shredding or crushing stage may be appropriate.
