With the growing acceptance of green agriculture principles, the demand for organic fertilizers continues to rise. Efficient and stable organic fertilizer production lines have become a core industry requirement, and the scientific selection and combination of organic fertilizer production equipment is key to improving capacity and quality.
In the fermentation stage of organic fertilizer production, the advantages of the double screws compost turning machine are particularly prominent. Compared to traditional equipment, it has stronger adaptability to various materials. Whether it’s a mixture of livestock and poultry manure and straw, or organic sludge with high water content, the synchronous turning and mixing action of the double helix blades ensures even oxygen supply. This design not only avoids the problem of insufficient fermentation in certain areas but also maintains the optimal fermentation environment through an intelligent temperature control system, significantly improving the composting efficiency and laying a foundation for high-quality raw materials for subsequent processing.
The fertilizer compaction machine, as the core organic fertilizer production equipment in the molding stage, plays a crucial role in its connection with the fermentation stage. The materials composted by the double screws compost turning machine must meet specific moisture content and particle size requirements before entering the extruder for processing. A high-quality fertilizer compaction machine can adjust pressure parameters according to the characteristics of the raw materials, producing both granular organic fertilizers with moderate hardness and block-shaped finished products, adapting to different market demands.
An efficient organic fertilizer production line is not simply a combination of individual pieces of equipment, but rather the synergistic operation of multiple organic fertilizer production devices, including the double screws compost turning machine and the fertilizer compaction machine. Proper selection and scientific matching of equipment can maximize the performance advantages of each device while reducing production energy consumption and costs.
