Introduction of Fertilizer Production Line Material is fed into one end of the machine, continuously pushed
through the granulation rotor, and mechanically conveyed along the
housing to form granules. The finished pellets are discharged from
the opposite end of the machine body.
The Raw Material of Fertilizer Production Line
| No. | Category | Raw materials list | | 1 | Agricultural waste | straw, dregs of beans, cotton dregs, rice bran, biogas waste,
mushroom waste, etc. | | 2 | Animal waste | slaughterhouse waste, fish market waste, urine and dung of chicken,
pig, cattle, sheep ducks, geese, goat, etc. | | 3 | Industrial waste | wine lees waste, vinegar waste, manioc waste, sugar waste, etc. | | 4 | Home waste | food waste, bones, the roots and leaves of vegetables, etc. | | 5 | Mineral | humic acid, bentonite, dolomite, etc. | | 6 | Sludge | river sludge, pond sludge, sewage sludge, city sludge, etc. |
The Process of Fertilizer Production Line
Adequate fermentation of bio-organic raw materials is essential for
final product quality. The groove-type composter efficiently turns
and processes high-volume stacked materials. The production line
typically includes eight stages: fermentation, crushing, mixing,
granulation, drying, cooling, screening, and packaging. Among
these, fermentation, crushing, mixing, granulation, and screening
are essential, while others can be customized based on capacity.
The Benefits of Fertilizer Production Line
Advanced one-step granulation process ensures efficient fertilizer
production. Rotary drum granulator delivers up to 70% granulation rate with
high pellet strength. Rubber-lined cylinder prevents material adhesion for smooth
operation. Suitable for compound fertilizers, pharmaceuticals, chemicals, and
feed processing. Durable, energy-saving design ensures long service life with easy
maintenance. High efficiency with minimal material recycling and strong economic
returns. Customizable capacity to meet varied production requirements.
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