FERTILIZER DISC GRANULATION PRODUCTION LINE
As China leading manufacturer of fertilizer disc granulation production line, EMCC design high-quality , efficiency, longevity and cost-effective disc granultor/disc pelletizers for organic or compound fertilizer plants with good price.
DISC GRANULATION PRODUCTION LINE
The disc granulation production line is characterized by its simpler operation, less material return, and higher granulation ratio.
Generally, the process flow is: fertilizer raw materials batching–pretreatment & crushing– mixing–granulation–drying–cooling–screening & return–coating–packaging–finished product.
RELATED EQUIPMENT
DISC GRANULATION PRODUCTION LINE IS AN IMPORTANT TECHNICAL MEANS OF WET GRANULATION PRODUCTION LINE
Disc granulator making line is the most commonly used technical means in fertiliser granulation production line, which is not only capable of producing compound fertiliser, but also pure organic fertiliser.
Pan pelletizer production line produces uniform particles, with good automatic grading ability, in the granulation at the same time can also add liquid, high granulation efficiency, generate fewer large particles, less return material. And disc granulation production line operation is intuitive and simple, easy to control, the formula can also be changed flexibly.
APPLICATIONS & MATERIALS
China EMCC’s Disc Pelletizers can agglomerate everything from fine, dry feed materials, all the way to wet, sludge-like materials. Some of the most common applications for which pelletizer plants are built include:
- Chemical Powders
- Limestone / Gypsum
- Fertilizers
- Coal fines
- Cement / Lime Kiln Dust
- Flyash
- Filter / Centrifuge Cake
- Minerals and Ores
- Vibrating Sludges
- Pond tailings
- EAF Dust
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RESOURCES
Disc Pelletizer Pros & Cons: Quick Industrial Decision Guide
In fertilizer processing, chemical manufacturing, and metallurgy, the disc pelletizer (pan
What to Do If Your Disc Pelletizer/ Pan Granulator Balling Rate Is Low: Troubleshooting & Optimization Guide
In fertilizer production, chemical processing, and mineral processing, a low
