Light Yellow Powder Chelate Fe Nitrogen Organic Fertilizer

Product Description

Fe Amino Nitrogen Organic Fertilizer , Amino Acid Chelated Fe , Nitrogen Microelement Fertilizer

Iron is mainly concentrated in the chloroplast and is involved in the formation of chlorophyll.Iron is not only an important component of enzymes involved in aerobic respiration in plants, but also a component of ferridoxin, which is involved in electron transfer.In addition, the enzyme of biological nitrogen fixation contains iron, which plays an important role in biological nitrogen fixation.Iron is one of the least transportable elements in plants. Iron deficiency occurs first in young leaves, which are green, and in older leaves, which are normal.After that, the leaves turn white and the veins turn yellow. On both sides of the leaves, the middle or tip of the leaves appear burnt brown spots and necrotic tissues. After a long time, the leaves become dry and brittle, and the necrotic tissues continue to expand, resulting in leaf shedding.

Specifications

1. Iron facilitates the formation of chlorophyll.Iron is not the composition of chlorophyll, but it is indispensable in the formation of chlorophyll conditions, lack of iron with the chlorophyll formation by obstacles and destruction, the leaves will be green, serious when leaves become gray, especially freshmen are more likely to appear this kind of phenomenon of green leaves, will inevitably affect the plant photosynthesis and the carbohydrate.When some trees have a severe iron deficiency, they will collapse and even die.
2. Promote the normal metabolism of nitrogen.Iron is a component of a variety of oxidases, ferridoxin and nitrogenase in crops.Like copper, iron plays a good role in the reduction of nitrate nitrogen to ammonium nitrogen.In the absence of iron, the activity of nitrite reductase and hyponitrite reductase decreases, which slows down the process and affects the synthesis and metabolism of protein and nitrogen.In addition, there is a close correlation between iron and other elements, such as high content of copper, manganese, zinc, molybdenum and vanadium in plants, which will weaken the absorption and utilization of iron.
3. Enhance plant disease resistance.To ensure the plant iron nutrition is conducive to enhance the resistance of some plants to disease.Spring treatment of winter rye with ferric chloride solution improved the resistance of winter rye to rust.Applying iron fertilizer can reduce the infection rate of barley and oat to smut and enhance the resistance of lemon to mycosis.