The blast furnace method for producing calcium magnesium phosphate fertilizer has been the primary method for many years and remains the preferred choice for fertilizer production companies. As phosphate resources continue to be mined, high-grade and easily selectable phosphate ores will gradually diminish and become exhausted, thus calcium magnesium phosphate fertilizer still possesses strong vitality for a certain period.
The production of calcium magnesium phosphate fertilizer through the blast furnace method involves crushing and grinding the raw materials (including phosphate rock and silicate minerals), mixing them in a certain proportion, and then entering the blast furnace for combustion reactions. After obtaining a glassy material, it undergoes drying and grinding to ultimately become calcium magnesium phosphate fertilizer.
So, how is calcium magnesium phosphate fertilizer ground after drying in the blast furnace production process? Guilin Hongcheng, as a Calcium Magnesium Phosphate Mill manufacturer, will provide an answer today. The dried calcium magnesium phosphate fertilizer needs to be finely ground using a mill to achieve the desired particle size and quality standards. The mill plays an important role in the production of calcium magnesium phosphate fertilizer, not only for grinding raw materials but also for fine grinding of the finished product, improving product quality and reducing production energy consumption and pollution.
In the blast furnace method for producing calcium magnesium phosphate fertilizer, the Calcium Magnesium Phosphate Mill is widely used in the crushing and grinding stages of raw materials, helping to improve production efficiency and product quality. The production process typically involves the mixing and melting of phosphate rock, magnesium-calcium ores (such as olivine, serpentine, dolomite, etc.), and coke. The specific production steps are as follows:
Raw Material Proportioning: Mix phosphate rock, magnesium-calcium ores, and coke in a certain proportion.
Melting: Conduct melting treatment at a temperature of 1300-1450°C to form a molten material.
Cooling: The molten material is rapidly cooled with cold water.
Grinding: The cooled material is ground using a mill to achieve the required particle size.
Final Product: The resulting powder is calcium magnesium phosphate fertilizer.
The Calcium Magnesium Phosphate Mill plays a crucial role in the production process, with its efficient and stable performance contributing to the large-scale industrial production of calcium magnesium phosphate fertilizer. With the increasing demand for sustainable agricultural development, the application prospects of calcium magnesium phosphate fertilizer are broad.
If you have questions about how to finely grind calcium magnesium phosphate powder after drying or want to know more about the Calcium Magnesium Phosphate Mill equipment details, please feel free to contact us at email: [email protected]
