When designing and producing organic fertilizer equipment, organic fertilizer production line manufacturers do need to clarify the core technology to ensure the efficiency, stability and quality of organic fertilizer equipment. The following are the core technology parts that organic fertilizer production line manufacturers need to pay attention to and clarify:

1. Fermentation technology: Fermentation is the core link of organic fertilizer production. Manufacturers need to design an effective fermentation system, including the structural design of the fermentation pile, ventilation system, temperature and humidity control. Optimizing the fermentation process can accelerate the decomposition and transformation of organic matter and improve the quality of fertilizer.

2. Stirring and turning technology: Effective stirring and turning technology can promote the balanced distribution of temperature, humidity and oxygen in the fermentation pile, and improve the fermentation efficiency and quality. Manufacturers need to design mixing devices and stacking machines to suit different sizes and needs.

3. Raw material treatment and pretreatment technology: the crushing, mixing and pretreatment of raw materials are essential for the subsequent fermentation process. Manufacturers need to design processing equipment suitable for different raw material characteristics to ensure the uniformity of raw materials and easy fermentation.

4. Energy consumption and efficiency optimization: The energy consumption and operating efficiency of the equipment directly affect the cost and environmental friendliness. Manufacturers should pay attention to the energy efficiency design of equipment, reduce energy consumption, and optimize the process flow to improve the overall efficiency of the production line.

In short, organic fertilizer production line manufacturers can design efficient, environmentally friendly and reliable organic fertilizer production equipment to meet the needs of different users and promote the development of organic agriculture and environmentally friendly agriculture on the basis of clarifying and optimizing these core technology parts.