Driven by the demand for green agricultural development and resource recycling, the new type organic fertilizer granulator, through technological innovation, has become a highly efficient device in the fertilizer production field. Its diverse advantages provide strong support for industry upgrades.

Excellent granulation quality is its core highlight. The equipment utilizes advanced mixing and granulation technology, using high-speed rotating agitating teeth to thoroughly mix and knead the raw materials. The resulting fertilizer granules are round, plump, uniform in size, and possess a moderate hardness. They resist breakage and clumping during storage and transportation, and exhibit excellent flowability. This not only facilitates subsequent mechanized fertilization operations and reduces labor costs, but also enables precise control of fertilizer application rates, reduces fertilizer waste, avoids dust generation during fertilization, and improves the field working environment.
Another major advantage is its wide adaptability to raw materials. Unlike traditional granulators, which have strict requirements for raw material moisture and viscosity, the new type organic fertilizer granulator can efficiently process a variety of organic waste materials, including manure, straw, mushroom residue, and food waste, without the need for complex pretreatment. It is particularly adaptable to high-viscosity and high-fiber raw materials. This not only broadens the raw material sources for organic fertilizers but also promotes the resource utilization of organic waste, reduces environmental pollution, and contributes to the green cycle of "turning waste into treasure."
Furthermore, the new type organic fertilizer granulator combines low energy consumption with ease of operation. Its streamlined design results in low power consumption during operation, reducing energy consumption by approximately 30% compared to traditional extrusion granulation equipment, effectively reducing production energy costs. The intuitive and easy-to-understand user interface allows operators to master it after a short training period. During production, the granule formation process can be monitored in real time, facilitating timely parameter adjustments and ensuring consistent product quality. Furthermore, the gentle granulation process maximizes the preservation of organic matter, amino acids, and the activity of beneficial microorganisms in the organic fertilizer, ensuring nutrient loss and providing high-quality nutritional support for crop growth.