How does the speed of the conveyor affect the organic fertilizer production line?

The speed of the conveyor has a significant effect on the operation of the fertilizer granulator. As the core equipment in the organic fertilizer production line and NPK fertilizer production line, the stable operation of the fertilizer granulator is inseparable from the uniform and continuous supply of raw materials. If the conveyor speed is too fast, it may lead to uneven distribution of raw materials in the granulator, affecting the granulation effect and product quality; On the contrary, if the speed is too slow, it will cause a shortage of raw materials and reduce the production efficiency of the granulator. Therefore, adjusting the speed of the conveyor reasonably and ensuring that it matches the operating state of the fertilizer granulator is the key to achieving efficient production.

In the organic fertilizer production line, the speed of the conveyor also directly affects the fermentation and decomposition process. The production of organic fertilizer needs to be fully fermented and decomposed to ensure the effectiveness and safety of the fertilizer. If the conveyor speed is too fast, the residence time of raw materials in the fermentation bin will be shortened, resulting in insufficient fermentation and affecting the quality of fertilizer; If the speed is too slow, it may prolong the production cycle and increase the production cost. Therefore, in the organic fertilizer production line, reasonable control of the speed of the conveyor is crucial to ensure the quality of fertilizer and control production costs.

For the NPK fertilizer production line, the speed of the conveyor can not be ignored. The NPK fertilizer production line involves the precise ratio and mixing of a variety of raw materials, which requires high operating accuracy and stability of the equipment. The speed of the conveyor is directly related to the conveying amount of raw materials and the mixing uniformity. If the speed is improper, it is likely to lead to the imbalance of raw material ratio, affecting the nutrient content and effect of fertilizer.