Tire shredder
- 【Production capacity】： 0.6-8t/h
- 【Discharge particle size】： The size is determined by the number of knife claws
- 【Power】： 15kw-160kw
- 【Applicable materials】：Waste tires, rubber soles, rubber tracks, rubber scraps, rubber garbage, rubber pipes
【Keyword】：
- Waste tire crusher
- rubber crushing equipment
- rubber pipe crushing processing equipment
Product Introduction
With the rapid development of the rubber manufacturing industry, raw rubber is becoming increasingly scarce. How to effectively utilize waste rubber has become a global problem that needs to be solved. Some rely on purchasing expensive or high-power low efficiency equipment, with high investment costs. Some use the original sawing and processing method to crush and reuse waste rubber, but due to extremely low production efficiency, it cannot achieve the corresponding economic value and has not been widely promoted and applied. The high-efficiency rubber shredder produced through existing manufacturing processes is a high-quality equipment for crushing and recycling waste rubber. This machine, like the original waste tire shredder, is developed and designed with the overall production and processing concept of low speed and high torque, enabling major rubber molding and recycling units to continuously obtain high-quality production equipment and invest in the rubber processing industry. We can provide you with single axis rubber shredders, double axis rubber shredders, and four axis rubber shredders at high-quality prices. The equipment processing range extends from small rubber scraps to large tire shredding. After blade replacement, it can crush and produce waste materials such as metal, plastic, and wood.
The tire shredder uses two wear-resistant shredding rollers, which rotate relative to each other during operation, forming a V-shaped shredding tooth cavity. The shear force generated is used to crush the material. After the material enters the gap between the two rollers (V-shaped crushing cavity), it is subjected to the shear force of the relative rotation of the two rollers, and the incoming material is torn and sheared to the required particle size before being discharged from the discharge port.
Waste tires, seemingly useless waste, actually contain abundant resources. Its main components include rubber, steel wire, and fiber thread, which can be converted into valuable renewable resources with appropriate processing. The recycling method of waste tires mainly involves using a waste tire rubber shredder for processing.
Product advantages
The maximum feed size can reach 2800 millimeters, and the discharge particle size can be controlled within the range of 3-30 millimeters according to demand
can efficiently process various solid wastes such as metal, plastic, rubber, wood, etc
able to meet the industrial processing needs of different scales, crush materials, reduce volume, and lower subsequent transportation and processing costs
The hydraulic system can adjust the tool spacing to meet the crushing requirements of materials with different hardness or characteristics
working principle
The shredder independently drives two main shafts to rotate forward and backward through dual motors. The moving blades on the main shafts interlock to form shear, the cutting edge of the moving blade forms shear with the cylindrical surface of the blade sleeve, and the torque and speed difference of the main shaft form tearing to achieve the crushing effect. Due to the interlocking of the moving blades, automatic feeding function can be achieved. The unique blade shaft structure ensures that there will be no entanglement or equipment jamming during low-speed and high torque production processes, thereby improving production efficiency. The core working principle of the shredder is based on the interaction between the dual axis or single axis rotating blade rollers. The surface of the knife roller is equipped with high-strength cutting tools, which are driven by a low-speed high torque motor to continuously shear the material. The arrangement of cutting tools (such as staggered or spiral) directly affects the crushing effect, while the spacing between the cutting rollers determines the particle size of the discharged material. The main body of the equipment adopts a metal frame structure, equipped with wear-resistant lining plates and dust-proof sealing devices to adapt to high-intensity working environments. Some models also integrate a hydraulic drive system, which can automatically adjust the inlet pressure to avoid material jamming problems.
Surgical parameters
|
型号
|
刀具规格
|
减速机
|
功率
|
|---|---|---|---|
|
500型
|
220×20
|
ZQ400
|
22kw
|
|
600型
|
300×30
|
ZQD650
|
60kw
|
|
800型
|
400×40
|
ZQD650
|
74kw
|
|
1000型
|
400×40
|
ZQD750
|
90kw
|
|
1200型
|
580×53
|
ZSSH315
|
110kw
|
|
1500型
|
600×60
|
ZSSH400
|
180kw
|
|
2000型
|
800×80
|
ZSSH500
|
260kw
|
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