After pre-processing the raw materials, the
organic fertilizer production line also needs to mix the raw materials, granulate, dry, cool, screen, and package. In these processes, what other equipment does the organic fertilizer production line need?
1. Post-processing equipment
Mixer: used to add other nutrients as needed after fermentation to improve the biological indicators and market competitiveness of organic fertilizers.
Granulation equipment: such as disc granulators, flat die extrusion granulators, drum granulators, etc., used to process powdered organic fertilizers into granules to improve the appearance and market competitiveness of products.
Dryer: used to dry wet granules, remove excess water, and meet the specified moisture content requirements.
Cooler: Cool the dried granules to prevent the granules from deteriorating due to excessive temperature during subsequent packaging or storage.
Screening and grading equipment: such as vibrating screens, graders, etc., used to screen and grade granules according to size to meet the needs of different customers.
2. Packaging and conveying equipment
Belt conveyors, bucket elevators, screw conveyors, etc.: used to transport production raw materials and finished products between various equipment to reduce labor costs.
Automatic quantitative packaging machine: used to automatically measure, package and seal finished organic fertilizers to improve production efficiency and packaging quality.
3. Other auxiliary equipment
Depending on the specific needs and scale of the
organic fertilizer production line, other auxiliary equipment such as dust removal equipment, storage bins, control systems, etc. may also be required.
The specific configuration will vary depending on factors such as the degree of automation of the organic fertilizer production line, production scale, and raw material characteristics. The manufacturer will design and provide customers with
organic fertilizer production line construction and equipment selection plans that meet their own conditions based on the user's material characteristics, on-site working conditions, specific production requirements, degree of automation, and investment budget.
