Organic fertilizer granulator is a kind of equipment used to make organic raw materials into granular fertilizer, its role is mainly to improve the utilization rate of fertilizer, easy storage and transportation, and more convenient for direct absorption and utilization of crops.
It is very necessary to improve the granulation rate of organic fertilizer granulator for production efficiency and economic benefits. With the increasing demand for agricultural fertilizers, increasing the granulation rate can better meet market demand, strengthen production capacity, improve output value, and better serve agricultural production.
Controlling the granulation rate of organic fertilizer granulator is directly related to the quality and production efficiency of fertilizer. If the granulation rate is too fast, it may lead to problems such as uneven fertilizer particles and insufficient density. If the rate is too slow, it will cause waste of resources, increase production costs, and even affect the normal production order of organic fertilizer production lines. Therefore, a reasonable granulation rate must be maintained.
Improving the pelletizing rate of organic fertilizer pelletizer can be achieved by a variety of methods. First of all, the equipment structure can be optimized to improve the pelletizing efficiency of the equipment, and the use of higher-end organic fertilizer equipment technology can improve production efficiency. Secondly, organic raw materials can be reasonably selected and the ratio of raw materials can be optimized to make raw materials easier to form.
Controlling the pelletizing rate of organic fertilizer pelletizer requires a variety of means. On the one hand, the supply rate of raw materials can be controlled by adjusting the water content, particle size and mixing uniformity of raw materials, thus affecting the granulation rate. On the other hand, the working rate of the equipment can be controlled by adjusting the speed of the equipment, the mold aperture and other parameters to achieve fine control of the granulation rate.
