Shijiazhuang Organic Fertilizer Granulator

The Shijiazhuang Organic Fertilizer Granulator is a technological product developed by Hebei Shijiazhuang Lingyun Machinery Factory with years of experience in designing and producing organic fertilizer processing equipment. It has been awarded the national utility model. Since its launch, this device has received unanimous praise from the market. Whether it is for users within or outside the province, it generally reflects low investment and high efficiency. Below, we conducted a special interview with Manager Yang from Cheng Xiang.
Features: It is used for granulation of various organic fertilizers after fermentation, breaking through the conventional organic fertilizer granulation process. Before granulation, the raw materials do not need to be dried, and the raw materials can be directly mixed and processed into spherical particles, which can save a lot of energy.
Advantages of Shijiazhuang Organic Fertilizer Granulator: The produced particles are spherical with an organic content of up to 100%, achieving pure organic granulation. By utilizing the characteristic of organic particles being able to grow and interlock with each other under certain conditions, no adhesive is required during granulation. The particles are solid and can be sieved after granulation, reducing drying energy consumption. The moisture content of the raw materials can be around 20% -40%.
The Chengxiang pig manure organic fertilizer production line has always been favored by customers due to its advantages of low investment, fast results, and good economic benefits. The complete set of compound fertilizer production lines produced by Lingyun Machinery is technologically advanced, stable in operation, and energy-saving and environmentally friendly. It specializes in the production of organic raw materials for compound fertilizers, compound fertilizers, and other fertilizers. The finished product rate of the production line is over 93%, and it can produce compound fertilizer particles of various concentrations and shapes.