The agitator granulator utilizes high-speed rotating agitator teeth to produce granules. Its unique agitation and granulation method has distinguished it in the field of granule production. Its core operating principle is to feed the mixed material into the granulation drum, where the high-speed rotating agitator teeth vigorously stir, impact, and tumble the material. This causes the material to gradually agglomerate into granules due to friction, centrifugal force, and its own viscosity.

This granulation method does not require complex extrusion equipment and can meet the granulation needs of a variety of materials. It is particularly suitable for materials with high viscosity or containing certain fibers. Compared with other granulation equipment, the agitator granulator has a gentle granulation process, causes less damage to the material, and produces granules with good roundness and uniform size, making it suitable for small and medium-sized granulation production.

Hydraulic roller granulator is an efficient equipment that uses hydraulic technology for material granulation. It mainly applies high pressure to the material through two sets of relatively rotating pressure rollers, causing the material to undergo plastic deformation and bond into particles under high pressure. This granulation method is suitable for various materials, especially in industries such as fertilizers, chemicals, metallurgy, etc. It has a wide range of applications.

The new two-in-one organic fertilizer granulator is a highly efficient granulation device that combines mixing and granulation functions. Designed specifically for organic fertilizer production, it achieves integrated material mixing and granulation. Its core operating principle is that after fermented organic raw materials are fed into the machine, they are first thoroughly mixed by a built-in stirring device to achieve uniform distribution of the material components. The machine then switches to granulation mode, where a special granulation mechanism (typically combining stirring, extrusion, or rolling principles) processes the mixed material, causing it to agglomerate into granules through mechanical force and its own viscosity.

This two-in-one design eliminates the material transfer process between the mixing and granulation equipment in traditional production, reducing material loss and energy consumption, and significantly improving production efficiency. Compared with single-function granulation equipment, it occupies a smaller area and is more convenient to operate, making it particularly suitable for small and medium-sized organic fertilizer manufacturers to achieve intensive production.