The complete set of compound fertilizer extrusion granulation fertilizer production line uses roller extrusion granulation machines for many fertilizers such as mixed fertilizer, compound fertilizer, ammonia fertilizer, and potassium fertilizer granulation. This machine has dual input shafts for granulation, and is a non drying granulation machine that integrates granulation, forming, and grading. Adopting room temperature granulation without drying system, forming in one go, with regular appearance, simple operation, and low energy consumption. Among the many fertilizer production line equipment used in potassium fertilizer, ammonia fertilizer, and mixed fertilizer granulation, it is a relatively cost-effective particle processing equipment.

The complete set of extrusion and granulation production line for compound fertilizers has a wide range of applicability for raw materials. It can not only be used for the processing of fertilizer particles, but also for the granulation of feed particles and chemical industries. It is also suitable for environmental protection engineering. Such widespread use reflects the high cost-effectiveness of roller extrusion granulators in fertilizer granulation equipment, which is relatively more cost-effective.

The complete set of extrusion and granulation production line for compound fertilizer is made of highly corrosion-resistant and wear-resistant materials. The roller skin of the roller extrusion and granulation machine 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.

The complete set of compound fertilizer extrusion granulation fertilizer production line is not a fixed equipment as we imagine, but needs to be determined based on the on-site site and materials. The prices of the complete set of compound fertilizer extrusion granulation fertilizer production line vary with different yields.