Magnesium nitrate production
With the production of magnesium nitrate, a pure and crystalline fertilizer that is completely soluble in water and is very suitable for eliminating magnesium deficiency in plants is produced. Magnesium Nitrate production contains 15.4% MgO (9.5% Mg) and 10.8% nitrate nitrogen in Mg (NO3)2.6H2O). Magnesium nitrate is a good magnesium carrier because nitrate facilitates magnesium uptake in plants. Since it dissolves easily in water, it is suitable for foliar applications and nutrient solutions. It can be given together with many foliar applied substances.
You can contact us for our process engineering service regarding magnesium nitrate production and get information by calling 0533 573 80 70.
Magnesium nitrate physical properties
• Density: 0.67 g/cm3
• Solubility: 720 g (in 1 liter of water)
• EC (gr/liter of water): 1.0-1.2 (mS/cm)
• Miscibility: Does not mix with phosphorus fertilizers.
• Humidification: It is quite high.
• Storage life: Unlimited in packaged bags.
Magnesium nitrate usage areas
Magnesium is the cornerstone of chlorophyll, which gives the green color of leaves in plants. Therefore, it is a very important element that enables the formation of chlorophyll. Magnesium ions are involved in protein synthesis, many enzymatic reactions and
It plays a role in the formation of vitamins. Magnesium deficiency in plants manifests itself in the following ways.
• The first symptoms are the healthy green color between the veins in older leaves.
• occurs when it disappears; This is followed by yellowing of the intervascular spaces.
• Magnesium deficiency appears as spots in some plants.
• In case of severe magnesium deficiency, leaves
• turns reddish purple. As the deficiency increases, the green parts disappear.
• Symptoms of magnesium deficiency are first seen in the lower (old) leaves.
Magnesium need
• In sandy soils, magnesium is washed away by excessive rainfall,
• In plants that need magnesium a lot,
• In cases where the acid (pH) value is low,
• Excessive use of ammonium, calcium and potassium fertilizers
emerges.
Products such as cabbage, corn, cucumber, eggplant, melon, pepper, potato, tomato, watermelon, banana, citrus fruit, apple and grape are more susceptible to magnesium deficiency.
Magnesium need table
Thanks to the production of magnesium nitrate, magnesium nitrate can be given to plants from the leaves and soil. To get quick and effective results from magnesium applications, foliar application should be made. For foliar fertilization, the following application methods are recommended according to plant species.
In soil application, magnesium nitrate can be applied directly to the soil as a solid, or it can be applied through all kinds of drip and sprinkler irrigation systems. Amount of Magnesium Removed by Plants from Soil (Kg/da)
Magnesium Nitrate analysis
