The role of Magnesium Oxide Fertilizer
Why magnesium fertilizer is important to apply "magnesium" fertilizer will promote the accumulation of excess phosphorus and calcium in the soil, so that the quality and yield of crops will be greatly improved. The application of magnesium fertilizer will also make the transportation of water more fluent. Just as human blood circulation is smooth, the body is more robust. When the soil is fluent in water, the roots of the plant are absorbed very well.
The main focus of the application of "magnesium" fertilizer is to maintain the ratio of the so-called "salt balance" between calcium and potassium (ie, calcium: magnesium: potassium = 5:2:1). In addition to the three elements of nitrogen, phosphorus and potassium, the main types of fertilizers are often regarded as "calcium" for the effect of acidic soils. But the understanding of the "magnesium" fertilizer is rather vague. Therefore, there is often an excessive application of calcium and potassium fertilizers, resulting in a lack of magnesium imbalance in the soil.
"Magnesium" is a constituent of chlorophyll, and together with phosphorus, promotes and activates various enzyme reactions in plants. General fertilization is very concerned with how to effectively release the "phosphorus" that is easily fixed in the soil for plant absorption. In fact, the excess of phosphorus in the accumulated soil can not be played because of the deficiency of "magnesium". When magnesium and phosphorus are combined, the leaves will be green and shiny, and the leaves will be thick and energetic. At this time, the roots absorb strong nutrients and naturally absorb a lot of calcium.
Magnesium fertilizer also promotes the secretion of "root acid" by the roots, so that the "aluminum" with root damage in the soil is non-toxic. In the experiment of applying magnesium fertilizer, it is found that the roots obviously secrete citric acid after applying magnesium fertilizer, which can coat the soil. The aluminum metal that will damage the roots makes it non-toxic and can make the insoluble nutrients in the soil turn into soluble. Generally, the so-called "soluble solubility" of "phosphorus phosphatic acid" or "soluble calcium" contained in a fertilizer bag means a fertilizer component which can be dissolved by citric acid. In summary, it can be seen that the current focus of fertilization technology improvement is the use of "magnesium fertilizer".
Phosphorus, magnesium and calcium can be said to be iron triangles for fertilization. When magnesium is used, phosphorus is dissolved and calcium is easily absorbed by plants, and branches, flower buds and fruit crops are also enriched.
This does not mean that the use of magnesium in large quantities brings benefits, depending on the amount of phosphorus stored in the soil. When the phosphorus is excessively reduced, it will cause excessive damage to magnesium. For example, if citrus is over-used, it will make the orange peel rise and the color will not be good. At this time, if you apply phosphate fertilizer, it will gradually return to normal birth. Therefore, the fertilization of magnesium and phosphorus should be considered at the same time, and then the application of nitrogen fertilizer to increase the hypertrophy of the cells, the crop can reach the effect of quality and harvest.
FENGCHENG CITY HEQI BRUCITE MINING CO., LTD is registered in Dandong city, Liaoning province. Sufficient talent reserves, proper environmental governance, convenient transportation and communication.We are mainly engaged in the purchase, processing and sales of mineral products.
Main products: magnesium hydroxide flame retardant and brucite powder. Complete specifications of products, welcome to visit our factory guidance.
Since its inception, with "business integrity, standard services, sustainable development, commitment to the community" is the principle of the company. Our company has a good reputation, which is oriented by customers' demands, strives for survival by quality reputation, relying on high-quality products and good services.
