How does the fertilizer vertical shaft impact crusher work?

Preface for the fertilizer vertical shaft impact crusher:

Today, I will show you a few details of our GATE fertilizer vertical shaft impact crusher and an experimental picture of the smashed cabbage that our previous customers visited at our factory. To visually show how the fertilizer vertical shaft impact crusher works.

Function of The fertilizer vertical shaft impact crusher :

The fertilizer vertical shaft impact crushers are used for direct comminution of materials. The fertilizer vertical shaft impact crushers is used for crushing raw materials such as organic fertilizer, feed, inorganic fertilizer and urea. At the same time, the fertilizer vertical shaft impact crusher is also widely used in chemical, building materials, mining and other industries, especially for pulverizing high-humidity materials with water content above 40%.

The fertilizer vertical shaft impact crushers parts/design:

The fertilizer vertical shaft impact crushers is an integral unit consisting of a frame, a crushing chamber, a main shaft, a smashing encryption rotor, a chain cutter, a chain, an anti-corrosion rubber sheet, a spindle motor, and a transmission system. The multi-step pulverization of the fertilizer vertical shaft impact crusher is carried out and the pulverization is thorough.

The fertilizer vertical shaft impact crushers works:

The fertilizer vertical shaft impact crusher working principle is below: The material enters the pulverization chamber of the fertilizer vertical shaft impact crusher and is pulverized by the crushing zone chain to make the material into small pieces, and then sent to the second pulverizing zone by the spiral squeezing tooth to be pulverized by the chain pulverization to make the material into powder. After continuous pulverization into a powder form in the work area of the fertilizer vertical shaft impact crusher, it flows into the discharge port. The finished product is extremely fine by the fertilizer vertical shaft impact crusher.