In the field of organic fertilizer production, the new type of organic fertilizer granulator has emerged with its unique and innovative granulation method, bringing new opportunities for the development of the industry.
The new organic fertilizer granulator integrates multiple advanced technologies, and its granulation process is exquisite and efficient. Firstly, in the material pretreatment stage, it is equipped with an intelligent detection system that can quickly analyze key indicators such as humidity, viscosity, and particle size of the material, and automatically adjust the material ratio and pretreatment method based on these data to ensure the optimal state of the material entering the granulation process.
Entering the core granulation process, the new organic fertilizer granulator adopts composite force field granulation technology. By cleverly combining mechanical pressure, centrifugal force, and electromagnetic force, materials interact with each other in a complex and orderly force field environment. Mechanical pressure provides the basic compaction effect, causing the material to initially aggregate; Centrifugal force causes particles to continuously roll and break in during rotational motion, resulting in a smoother surface and a more regular shape; Electromagnetic force plays a “micro control” role, enhancing the attraction between charged particles in materials, accelerating the tight bonding of internal structures of particles, and improving particle strength.
During the granulation process, the new granulator also utilizes dynamic temperature control technology. The granulation area is equipped with high-precision temperature sensors to monitor temperature changes in real time. Because temperature has a significant impact on the viscosity and chemical reactions of materials, when the temperature is too high or too low, the system will automatically activate the temperature control device to accurately adjust the temperature through air or water cooling, ensuring that the granulation process is carried out in a suitable hot environment and avoiding unstable particle quality caused by temperature issues.
Moreover, the new organic fertilizer granulator is equipped with a flexible and versatile mold switching system. According to different market demands and product positioning, operators can quickly replace molds to produce various shapes (such as spherical, columnar, and sheet-like) and different sizes of organic fertilizer particles. This flexibility greatly expands the application scope of the product and meets diverse agricultural production needs.
The granulation method of the new organic fertilizer granulator not only improves production efficiency, but also significantly improves particle quality. The organic fertilizer produced has uniform particle size, high strength, smooth surface, and is not easily broken or clumped during storage and transportation. At the same time, this innovative granulation method can better retain nutrients and beneficial microorganisms in the materials, improve the fertilizer efficiency of organic fertilizers, and provide strong support for the green and sustainable development of modern agriculture.