The organic fertilizer flat mold granulator is like a skilled craftsman in the production process of organic fertilizer, carefully creating high-quality granules.
Firstly, the organic fertilizer particles produced by the flat mold granulator have high strength. During the granulation process, the material passes through the flat mold holes under the strong pressure of the pressure roller. This tight compression makes the internal structure of the particles dense and enhances the binding force between molecules. Therefore, the produced particles can withstand certain external impacts and friction, and are not easily broken or pulverized during storage and transportation. This not only ensures the integrity of the fertilizer when it reaches the user’s hands, but also prevents nutrient loss caused by particle breakage, ensuring that the fertilizer’s effectiveness is fully utilized.
Secondly, the flat mold granulator can effectively control the porosity of the particles. The appropriate porosity is crucial for organic fertilizers, as it relates to the rate of fertilizer dissolution and nutrient release efficiency in the soil. The flat die granulator forms a uniform pore structure inside the particles through precise extrusion and forming processes. This pore structure is conducive to the rapid infiltration of water, allowing fertilizers to dissolve quickly in the soil, while ensuring slow and sustained nutrient release, providing long-term stable nutrient supply for crops.
Furthermore, the surface of the particles produced by the flat mold granulator is smooth. The smooth surface of the particles not only makes the appearance of the fertilizer more attractive, but also reduces friction with the fertilization equipment during the fertilization process, allowing the fertilizer to pass through the fertilizing equipment more smoothly and improving the uniformity and accuracy of fertilization. At the same time, smooth particles on the surface are less likely to adsorb dust and impurities, maintaining the purity of the fertilizer.
In addition, the flat mold granulator can effectively retain beneficial components and microbial communities in organic fertilizers during the granulation process. Due to its relatively mild granulation process, unlike some high-temperature granulation methods that can damage the active ingredients in fertilizers. This enables the produced organic fertilizer to better utilize its effects of improving soil and promoting soil microbial activity, creating a favorable soil environment for crop growth.
The organic fertilizer flat mold granulator, with its unique granulation method, creates high-quality organic fertilizer particles from multiple aspects such as particle strength, porosity, surface smoothness, and protection of beneficial components, meeting the strict requirements of modern agriculture for high-quality fertilizers.