8t/H Capacity Carbon Steel Organic Fertilizer Production Line with 75kw Power Fertilizer Granulator Machine

• Agricultural waste: straw, dregs of beans, cotton dregs, rice bran, etc.
• Animal manure: mixture of poultry litter and animal waste such as slaughterhouse waste, fish market waste, urine and dung of cattle, pigs, sheep, chicken, ducks, geese, goat, etc.
• Industrial waste: wine lees, vinegar residue, manioc waste, sugar scum, furfural residue, etc.
• Home scrap: food waste, bones, the roots and leaves of vegetables, etc.
• Sludge: the sludge of the river, the sewer, etc.

Organic fertilizer production line stirring teeth granulator machine transforms materials into specific shapes and serves as one of the key equipment in the organic fertilizer industry.

This production line is suitable for large-scale operations across different organic fertilizer granulating processes. The primary method is wet granulation, where a controlled amount of water is added to fully moisten the fertilizer base within the cylinder body.

Driven by centripetal force and motor power, internal stirring teeth continuously roll the raw materials to prevent sticking while pushing materials to roll and granulate, ultimately forming spherical particles.

• Produces round, spherical granules
• Handles organic content up to 100% for pure organic granulation
• Organic material particles grow under controlled force without requiring binding agents
• Granules are massy and can be sieved directly after granulation, reducing drying energy consumption
• Fermented organics require no drying; raw material moisture content can range from 20%-40%

Our organic fertilizer production line represents the latest technological advancement, built upon years of equipment design and production experience, and has obtained National Utility Model Patent certification.

This system granulates various fermented organic materials while breaking through conventional granulation processes. No pre-drying is required before granulation; materials can be dosed directly after crushing to produce spherical particles, resulting in significant energy savings.