Biological Organic fertilizer granulation equipment is the equipment used for raw material granulation in the Organic fertilizer production line, and is the equipment that must be used in the production of Manure. At present, Organic fertilizer granulation equipment includes: flat mold granulator, disc granulator, new type Manure granulator, roller extrusion granulator, and stock transfer granulator. Disc granulator is most commonly used. The disc granulator has large output and high roundness of finished products, which can be used for both Manure and compound fertilizer. However, some special materials are granulated using a disc granulator, which has a relatively low success rate, so its applicability is not very broad.

Flat mold granulator, the finished product is cylindrical particles. This machine adopts the new technology of bidirectional spiral counter current collision granulation, which enables the organic materials to obtain continuous, high-speed, reciprocating kneading and shearing in the granulation area, thus forming the collision flow of high-pressure mechanical flow, rapidly changing the molecular structure and granulation of materials, significantly strengthening the heat transfer, fluidization and extrusion processes between materials, significantly improving the granulation density and balling rate, and significantly reducing energy consumption and template costs.

The main purpose of the Manure collider granulator is widely applicable to the direct granulation of organic materials such as poultry manure, urban sludge, domestic garbage, sugar factory filter sludge, paper sludge, distiller's grains, soybean residue, straw, peat, etc. to produce pure organic, organic-inorganic, biological Organic fertilizer.

The flat die granulator adopts the new technology of bidirectional spiral counter current collision granulation, which enables the organic materials to obtain continuous, high-speed, reciprocating kneading and shearing in the granulation area, thus forming the collision flow of high-pressure mechanical flow. The material temperature rises to more than 60 degrees within 20s, rapidly changing the sub structure and granulation of materials, significantly strengthening the heat transfer, fluidization and extrusion processes between materials, and significantly improving the granulation density and balling rate, The energy consumption and template cost have been significantly reduced, and the granulation efficiency is more than 50% higher than traditional extrusion granulation machines. The motor power is reduced by 40% compared to traditional extrusion granulators.