At present, after multiple developments and years of manufacturing experience in compound fertilizer granulation equipment, and carefully manufacturing with anti-corrosion and wear-resistant materials, it has the advantages of beautiful appearance, simple operation, low energy consumption, long service life, and high granulation rate. It is a relatively advanced compound fertilizer granulation equipment in China, and its products are distributed throughout the country. This series of granulators has a wide range of applications, and its features are as follows: no drying extrusion granulation production line with particles. jpg

1. No drying process, room temperature granulation, one-time molding, low investment, fast results, good economic benefits.

2. The power is small, the operation is reliable, there are no emissions of three wastes, the operation is stable, the maintenance is convenient, the process layout is reasonable, the technology is advanced, and the production cost is low.

3. The raw materials have wide adaptability and can be used for granulation of various raw materials such as compound fertilizers, pharmaceuticals, chemicals, feed, coal, lime powder, glass powder, metallurgy, etc. It can also produce compound fertilizers of various concentrations and types (including organic fertilizers, inorganic fertilizers, biological fertilizers, magnetic fertilizers, etc.).

4. Especially in the granulation of compound fertilizers such as rare earth elements, ammonium bicarbonate, salt, snow melting agents, ammonium sulfate, magnesium chloride, potassium chloride, nitrogen phosphorus potassium, etc., it fills the domestic gap and ranks at the forefront in China. It is a promotion project for national environmental protection applicable technologies.

5. This series of roller type granulation belongs to the extrusion sliding model, and its working principle is that the belt and pulley are driven by an electric motor, transmitted to the active shaft through a reducer, and synchronized with the passive shaft through a split gear, working in opposite directions. The material is added from the feeding hopper, extruded by rollers, demolded into balls, and transported through a chain to the crushing and screening workshop for screening and separation of finished particles (balls). Then, the returned material is mixed with new material for granulation. With the continuous rotation of the electric motor and the continuous entry of materials, mass production can be achieved.