16% Nitrogen Compound Amino Acid Powder

Product Description

No Chlorine Compound Amino Acid Powder , Amino Acid 50% , Nitrogen 16%

Chlorine ion is one of the essential trace elements in plants, but plants need very little chlorine.So we need to be aware that too much chloride in fertilizer is not a good thing.Within certain limits, chlorine can promote the growth and development of crops.But when the concentration is too high, it inhibits the normal growth of crops and produces chlorosis, resulting in crop loss or even extinction.There are some amino acid fertilizers on the market, and their chloride ions are as high as 10 to 20 percent. The chlorine-free amino acids produced by our factory are your best choice.

Specifications

Excessive chloride ion can harm plants as follows:

1. Soil acidification and hardening
Long-term application of ammonium chloride, potassium chloride, chlorine-containing compound fertilizers and other physiological acid fertilizers, on the one hand, will cause soil acid, soil beneficial microbial activities affected.On the other hand, the by-ingredients in fertilizers can combine with soil calcium to form calcium chloride.Calcium chloride is highly soluble and can be lost with water.Calcium is an indispensable element for the formation of soil structure. Too much loss of calcium salt will damage the soil structure and cause hardening.
2. Salt damage
Chlorine ions will rise to the surface with soil water, and the water will evaporate, while the salt will remain on the surface, aggravating soil salt damage.High chlorine content causes excessive salt content in the soil, which affects the normal absorption of water and nutrients by the root system, especially in upland soil, thus leading to root burning and seedling burning.
3. Activate toxic ions
Chloride ion and other cation combination, the formation of harmful chloride, such as the formation of calcium chloride in calcareous soil, adverse growth and development of crops.It is easy to activate aluminum, manganese and other metal elements in soil, which will cause toxicity to crops.
4. Induce nutrient deficiency
When the level of chloride ion in soil is too high, it will increase the soil permeability potential and limit the absorption of other nutrients such as NO3- and SO42-, thus leading to nutrient deficiency of crops.
5. Affecting crop growth and development
Germination rate decreased, growth inhibited, chlorophyll content decreased, leaf color gray, growing point necrosis, falling leaves, fruit.
6. Reduce crop quality