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LHX Cyclone Mill

The material is filled into the crushing chamber equipped with a blade rotor through the top of the spin wind mill of the frequency conversion feeder. The rotating blade rotor generates an ultra-high speed air swirl in the crushing cavity. The material enters the gap between the rotor and the stator under the action of the air swirl The impact, shear and friction between the particles are forced to cause the particles to be cracked and refined under high stress, thereby achieving material crushing. The internal structure of the crushing cavity is scientifically designed, the air swirling motion in the cavity is clearly guided, there is no flow dead angle, and it also ensures that there is no temperature rise during the crushing process. The crushing fineness of materials can be controlled by adjusting the gap between the stator and rotor without disassembling the machine. The crushed materials can be collected by a negative pressure conveying device into the collector, and can also be finely sorted and coarse-grained continuous grinding operations by an external classifier.

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The material is filled into the crushing chamber equipped with a blade rotor through the top of the spin wind mill of the frequency conversion feeder. The rotating blade rotor generates an ultra-high speed air swirl in the crushing cavity. The material enters the gap between the rotor and the stator under the action of the air swirl The impact, shear and friction between the particles are forced to cause the particles to be cracked and refined under high stress, thereby achieving material crushing. The internal structure of the crushing cavity is scientifically designed, the air swirling motion in the cavity is clearly guided, there is no flow dead angle, and it also ensures that there is no temperature rise during the crushing process. The crushing fineness of materials can be controlled by adjusting the gap between the stator and rotor without disassembling the machine. The crushed materials can be collected by a negative pressure conveying device into the collector, and can also be finely sorted and coarse-grained continuous grinding operations by an external classifier.

 

1. The object crushing cavity, rotor and stator are all tapered structures. The fineness and output of the product can be controlled by adjusting the gap between the rotor and stator up and down. The gap adjustment range is 0-5mm, and the product fineness can be adjusted without stopping.
2. The wear-resistant materials such as crushing rotors are made of composite wear-resistant materials, with minimal wear, no pollution to the materials, and long service life.
3. A wide range of crushing, the fineness can be adjusted between 2-250μm, and a classifier can be added to obtain a single particle size product.
4. The linear speed of the outer end of the crushing rotor can be up to 125m / s, which can achieve instant crushing without over crushing, and the crushing efficiency is extremely high.

 
 
 
 
 


Incase any changes of products model and data,interpretation right reserved by Zhengyuan company

As a universal crusher suitable for inorganic matter and organic matter, it is widely used in the ultra-fine crushing of medium-hardness materials in non-metallic minerals, chemicals, dyes, medicine, feed, food and other industries PVA), vinyl chloride (PVC), PVC additives, polyethylene (PE), polyester plastic (PET), polycarbonate (PC), low density polyethylene (LDPE), high density polyethylene (HDPE), modified The ultra-fine crushing of heat-sensitive materials such as EVA is applied to the best performance, and has the effect of plastic modification in the crushing operation of nano calcium carbonate and light calcium carbonate.

 
 
 
 
 
 

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5. The internal structure of the crushing chamber with scientific design and reasonable layout, the material can obtain the dispersion effect at the same time during the crushing process, basically preventing the phenomenon of dust staining the wall, and the crushing effect of viscous and agglomerated materials is particularly good.
6. The treatment air volume is large, and there is no temperature rise during the crushing process, especially suitable for thermoplastic, low melting point and fiber materials.
7. The overall process adopts PLC intelligent control, the material flow is smooth, easy to operate, fast overhaul, can be quickly cleaned, changed materials, and less manual use.
8. Adopt highly efficient shock absorption and noise reduction technology to effectively reduce noise pollution during operation; the system adopts negative pressure production, no dust pollution, and excellent production environment.

 

 

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