Traditional agricultural fertilizers include urea, superphosphate, and compound fertilizers. In modern agricultural production, water-soluble fertilizers stand out from traditional fertilizers and quickly occupy a place in the fertilizer market by virtue of the advantages of diversified nutrient elements and high absorption and high conversion effects. So, what are the advantages of water soluble fertilizer? What is its value compared with traditional fertilizers?
Its water-soluble effect can be dissolved when it meets water, and there will be no residual substances. It can be completely dissolved in water. Through irrigation, spraying, etc., it directly acts on the root system and leaf surface of crops to achieve the purpose of high-energy utilization. However, there are non-water-soluble impurities in traditional fertilizers, which need to be dissolved and filtered before irrigation and fertilization. The absorption of nutrients by crops will also be affected by impurities. When using traditional fertilizers, it is necessary to scatter fertilizer granules on the crop roots in advance, and then irrigate. The fertilization process is complicated and the crop absorption effect is not good. Compared with the water-soluble fertilizers currently used, it is much more troublesome. Modern water-soluble fertilizers have a variety of formulations. By using the method of water belt fertilizer and water-fertilizer integration, most of the rich nutrients can be absorbed by crops, and the absorption conversion rate is more than double that of ordinary fertilizers, as high as 80%-90%.
Compared with traditional fertilizers, water-soluble fertilizers are much richer in nutrients. It not only contains nitrogen, phosphorus, and potassium needed for crop growth, but also is rich in medium and trace elements, especially the specially added “rich micro-carbon”, which is used for Crops play an important role in providing small molecule carbon elements to solve the problem of crop carbon hunger.
Post time: May-20-2023