The new type two in one organic fertilizer granualtor is a widely utilized, integrated granulation unit within organic fertilizer production. It consolidates the processes of material dispersion, mixing, and granulation into a single machine, offering both ease of use and high efficiency. This equipment is particularly well-suited for processing materials such as fermented organic fertilizers, livestock and poultry manure, crop straw, herbal medicine residues, and biogas residues.

Upon entering the machine through the feed inlet, the raw materials are first rapidly dispersed and thoroughly mixed by internal stirring teeth. This action effectively breaks apart any clumps or aggregates, thereby preventing blockages within the machine. The dispersed and mixed materials then undergo direct shaping within the machine—driven by a combination of mechanical extrusion, friction, and particle agglomeration—to progressively form granules of uniform size. The entire bio-organic fertilizer granulation process requires no additional drying and necessitates minimal binder additives, ensuring simple operation and stable performance.

This equipment features a compact structure and a small footprint; a complete granulation line can be established using a minimal number of units, resulting in relatively low investment and operating costs. It is capable of processing materials with high moisture content without issues such as wall adhesion or material blockages. The machine boasts a high granulation rate, producing granules that are uniform in size, possess moderate hardness, and have a smooth, rounded appearance—making them ideal for subsequent screening, packaging, and application.

The critical internal components of the equipment are constructed from wear-resistant materials, ensuring a long service life and a low failure rate, while routine maintenance remains simple and convenient. This granulator is an ideal choice for small-to-medium-sized organic fertilizer plants, livestock farms, and fertilizer processing centers. It enables stable, continuous production, significantly enhancing both the efficiency and quality of organic fertilizer granulation, and stands as a practical, high-performance core component within any organic fertilizer production line.