The ZCS series single rotor shredder is suitable for processing a wide range of materials to a small and uniform size, with a maximum capacity of around 1 - 10 tons per hour and a discharge size of 30 to 100 mm, depending on the model of the machine, the type of material, the size of the screen and the field of application.
The ZCS single rotor shredder is a versatile machine suitable for recycling operations in production of valuable secondary raw materials. By adjusting the rotor speed and screen size, the final discharge size can be controlled and is suitable for the treatment of municipal solid waste, the production of fuel derived from waste, etc.
ZCS single rotor fine shredders are reliable and efficient recycling machines, particularly suitable for a wide range of solid waste fine shredding applications. The adjustable rotor speed ensures optimum performance depending on the material, and the pusher ensures automatic and smooth material entry, guaranteeing output and stability.
The motor drives the cutter shaft to drive the rapid rotation of the cutter, the material entering the shredding chamber is pushed by the feeder to the middle of the movable cutter shaft and the fixed cutters, the cutters on the shaft and the fixed cutters cooperate to shear and tear the material for shredding, the unqualified material is brought back to the shredding area by the cutters for further shredding, the material reaching the size of the discharge falls from the screen to achieve the purpose of shredding. The size of the cutters and the size of the screen holes are selected according to the user's requirements.
1.When choosing a single rotor fine crusher, multiple factors need to be considered comprehensively to ensure the selection of suitable equipment. Here are some key purchasing points:
2. it is necessary to understand the types and characteristics of the materials to be processed, including hardness, density, humidity, viscosity, etc. Materials with different characteristics require different types of fine crushers for processing.
3. Clarify the requirements for the particle size of processed products and select a fine crusher model that can meet these requirements.
4. Determine the required daily or hourly processing capacity based on production needs, and select the matching fine crusher.
5. Consider the crushing efficiency of the fine crusher, which refers to the amount of material that can be processed per unit time. High efficiency crushers can improve production efficiency and reduce energy consumption.
6. The size of the inlet and outlet should match the volume and shape of the material to be processed to ensure smooth entry and exit of the material.
The movable cutter seat and cutter grain are bolted, easy to disassemble and install, high maintenance efficiency.
Adopt the inclined type pusher, pushing material fast frequency, reduce no-load loss.
The screen and screen bracket adopt combined structure; the screen mesh is easy to replace and the cost is low.
High processing accuracy, exquisite manufacturing technology, reliable quality, and reasonable design.
The working principle of a single rotor fine crusher is mainly to impact and crush materials through a high-speed rotating rotor.
A single rotor fine crusher is usually equipped with a rotor, and the hammer head is fixed on the rotor. When the rotor rotates at high speed, the material enters the crushing chamber and is subjected to the impact, compression, and grinding of the hammer head on the rotor. Particles with the required particle size are discharged through the grate. This working method is suitable for medium and fine crushing operations and has certain limitations on material humidity. If the material is too wet, it may cause the grate to become clogged.
The design of a single rotor fine crusher is simple, cost-effective, and suitable for processing general materials. Although its crushing power is relatively limited and may require cooperation with other equipment to complete the final crushing task, in some application scenarios, a single rotor crusher is still an economically effective solution.
Model | Capacity (t/h) | Output size (mm) | Dimension (mm) |
ZCS12 | 0.5-3 | 30-120 | 3000×2000×3000 |
ZCS15 | 1-8 | 3600×2000×3000 | |
ZCS20 | 3-15 | 3800×2000×3000 | |
ZCS30 | 8-20 | 5600×2200×3300 |
*The output will vary according to different materials, feed particle size and other factors.
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