ZCT series shredder is a dual-shaft shredder specially designed to shred waste tires economically. It has high shear and is equipped with a customized trommel. ZC Ecotech's ZCDT Shredder can work alone, shredding the entire tire to the target size, and is widely used in small applications such as rubber recycling, pyrolyzing, or making tire-derived fuel(TDF).
The so-called scrap tires refer to tires that have been replaced or eliminated and have lost their value as tires, as well as the end-of-life tires generated by factories. Scrap tires have a high recycling value, the output of fuel oil, carbon black, steel wire, rubber powder and other renewable resources, can create considerable economic benefits.
The ZCT series shredder is a twin-shaft shearing type shredder developed by ZC Ecotech specifically for a wide range of waste tires. The shearing and tearing action of the shredder enables the tires to be shredded to the size required for subsequent recycling processes such as oil cracking, cement kiln incineration, tire grinding and so on, thus unlocking the potential value of waste tires and turning them into real "black gold".
ZCT series double-shaft shredder has high shredding efficiency, high output, low energy consumption, and can easily cope with car tires & truck tires, diagonal tires & radial tires, pneumatic tires & solid tires, small car tires ≤ 800mm & large car tires ≥ 900mm, etc. We can also configure supporting equipment such as hydraulic tire wire pulling machine, steel wire separator, rubber breaker, screening machine, granulator, fibre separator, etc. to improve the recycling efficiency.
The tire shredder is designed with the structure of shredder and ring roller screen in one. When the tire enters the shredding chamber, it is sheared and torn by the relative rotating cutters, and then falls onto the rotating ring roller screen. The material that passes through the screen holes falls off directly, while the material that does not pass through the screen holes is brought back to the shredding chamber and is repeatedly sheared by the cutters until it passes through the screen holes.
When choosing a waste tire shredder, multiple factors need to be considered comprehensively to ensure the selection of high-quality equipment that suits one's own needs. Here are some key purchasing points:
1. Choose a shredder with the corresponding production capacity based on the daily or monthly amount of waste tires that need to be processed. Low production capacity may lead to low processing efficiency, while high capacity may increase unnecessary investment.
2. Different models of shredders may be suitable for different types of tires, such as car tires, truck tires, motorcycle tires, etc. Clearly identify the type of tire that needs to be processed in order to select the appropriate model.
3. Determine the required degree of fragmentation based on the requirements of the subsequent processing technology. For example, whether it is used for refining oil, manufacturing rubber powder, or paving roads.
4. Understand the power, speed, and tire size range that the equipment can handle to ensure that it can meet production needs. An efficient shredder can significantly improve production efficiency and reduce production costs.
5. The blade is the core component of the shredder, and its quality directly affects the durability and shredding efficiency of the equipment. Choosing blades with excellent materials and reasonable design can extend the service life of the equipment and improve the shredding effect.
High quality material for integral cutter, repairable, high wear resistance and high strength compatible, long life.
Shredder and rotary screen combined in one structural design, save space and cost.
Double shaft shredder is the core machine, to adapt to complex working conditions, as well as different specifications of materials.
High efficiency, dual axis simultaneous operation, compared to single axis shredders, it has stronger processing capacity and can complete shredding tasks faster.
The waste tire shredder mainly tears materials through two relatively rotating shafts. Each axis is equipped with multiple blades, which are fixed in a specific arrangement to ensure that the material is effectively grasped and torn. When the waste tires are fed into the shredder, the two shafts rotate towards each other, and the interlocking between the blades causes the tires to be quickly torn into small pieces.
Model | Capacity (t/h) | Output size (mm) | Dimension (mm) |
ZCT6 | 1-3 | 50-300 | 4100×3200×3060 |
ZCT8 | 2-6 | 4300×3200×3160 | |
ZCT9 | 4-8 | 5400×3200×3260 | |
ZCT10 | 5-12 | 5500×2780×3457 | |
ZCT12 | 8-15 | 6000×3260×3656 | |
ZCT13 | 10-20 | 6350×3490×4025 | |
ZCT15 | 12-30 | 6900×3700×4500 |
*The output will vary according to different materials, feed particle size and other factors.
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