2025/07/09
The rotary drum granulator can help the efficient production of fertilizers, mainly due to its unique working principle, technical characteristics and process advantages. The following is a specific analysis:
1. Efficient ball formation: The drum granulator has a high ball formation rate, usually up to 70%-90%, and some new equipment can even reach 90%-95%. High ball formation rate means that more raw materials can be converted into qualified particles, reducing the amount of return materials and improving production efficiency.
2. Technical characteristics and process advantages: The drum granulator can flexibly control the size and shape of particles by adjusting parameters such as speed, inclination, humidity, etc. to meet the different production needs of organic fertilizer production lines. The drum granulator can realize continuous feeding and discharging, with a high degree of automation, and is suitable for large-scale production.
3. Process optimization and energy saving and consumption reduction: The energy consumption of the drum granulator is relatively low, which is suitable for small and medium-sized production. Energy consumption can be further reduced by optimizing equipment design and process parameters.
4. Improve product quality: The granules produced by the drum granulator are uniform, smooth, round, high in strength, and have good fluidity, which are suitable for mechanized fertilization. By controlling the size and shape of the particles, the release rate of nutrients can be adjusted and the utilization rate of fertilizers can be improved.
5. Environmental protection and sustainable development: The design of the drum granulator pays more attention to environmental protection, and reduces pollution in the production process through reasonable energy utilization and emission control.
In summary, the drum granulator can significantly contribute to the efficient production of fertilizers with its advantages in efficient balling, technical characteristics, process optimization, energy saving and consumption reduction, improved product quality, environmental protection and sustainable development.
