EDTA integrated trace element fertilizer is an integrated trace element fertilizer processed by EDTA(ethyleneenetetraacetic acid) as an integrator, which solves the problem that trace elements are easy to combine with other ions and precipitate or oxidize, resulting in the deficiency of nutrients that can not be effectively absorbed by crops.
EDTA integrates trace elements in addition to helping crops grow better. What else does it do? Let’s take a look at this article and hope you can find some answers. EDTA integrator protects trace elements from being adsorbed and fixed by soil, which is convenient for crop absorption and utilization, and improves the availability of nutrient elements. EDTA integrated trace element fertilizer can quickly solve the symptoms caused by crop deficiency, enhance crop photosynthesis, accelerate nitrogen metabolism, promote biological nitrogen fixation, enhance crop stress resistance, and is conducive to the formation and transformation of sugars and the formation of plant auxins such as indoleacetic acid. Thus, it can promote the growth and development of crops, promote the robustness of plants, enhance the drought resistance, cold resistance and disease resistance, and reduce the occurrence of crop diseases.Common trace elements are calcium, magnesium, zinc, iron, copper, manganese.

Calcium, mainly in the form of calcium pectinate, exists in the middle layer of the cell wall and can enhance the resistance of crops to diseases and pests. It has a certain effect on the metabolism of carbohydrates and ammonia-containing substances in crops, and can eliminate the toxic effect of some ions on crops.
Magnesium is a component of chlorophyll and phytate, can promote the activation of phosphatase and glucose invertase, is conducive to the conversion of monosaccharides, and thus plays a very important role in the process of carbohydrate metabolism.
Zinc is a component of carbonic anhydrase in crops, which can promote the process of carbonic acid decomposition, and is related to the process of photosynthesis, respiration, and the synthesis and operation of carbohydrates in crops. Zinc can maintain the normal REDOX potential in crops. It can activate some enzymes in crops. The formation of auxin in crops is related to zinc, which can increase the content of ribonucleic acid in crops and promote the growth and development of plants.