FOLIAR FERTILIZERS FROM A NEW GENERATION
with organic and inorganic composition
AGS fertilizers (NUTRILEAF HYBRID) in the form of organic molecules and have a systemic effect, fully absorbed by plants without losses.
Innovative compound fertilizer
with systemic action, in the form of an organic molecule. The product is fully absorbed by plants, without losses. Created by Global Agro Solution Ltd., using patented AGS technology.
Nitrogen(N)-macroelement.
Plants contain an average of 1.5% nitrogen from their dry mass. The element is mobile. It is part of proteins, nucleic acids, lipoid components, photosynthetic pigments, vitamins, etc.
Nitrogen is a major structural element of plant mass, with the highest concentration compared to other elements. Its absorbable forms are nitrate and ammonium.
It is to it that we owe the rapid vegetation growth and high yields, but when used in optimal plant doses.
Nitrogen deficiency leads to the appearance of pale green to yellow color in the leaves, this is impaired biosynthesis of proteins and chlorophyll.
The first signs are observed on the old leaves. Its deficiency disrupts energy exchange due to the reduced rate of photosynthesis.
The processes of oxidation-phosphorylation and water balance are also disturbed.
Phosphorus(P)-macroelement.
The element is mobile, its content in plant tissues is 0.2%-1.2%. Phosphorus exchange consists in the joining or transfer of phosphoric acid derivatives.
The addition of a residue of orthophosphoric acid with an organic compound is called phosphorylation. This is how glucose is phosphorylated in glycolysis. Phosphorus participates in the composition of nucleic acids, phospholipids, phosphorus esters and nucleotides involved in energy exchange (ATP, SUPRA, FAD, etc.). Phosphorus deficiency is expressed in impaired energy exchange of cells. The leaves have a purple tint, slow root growth, withering away of the root hairs. Symptoms are observed on the old leaves.
Potassium(K)-macroelement.
Potassium is a mobile element with an average content in plants of about 1%. It is not part of any organic compound. Due to its high mobility it is associated with the generation of membrane electrochemical gradient.
It is the main ion that balances the negative charges of inorganic and organic ions in the cytoplasm. Potassium makes up a significant part of the osmotic potential of cell sap. It plays an important role in the movement of the stomata and in driving the photoassimilates along the phloem. Activates various enzyme systems, protein synthesis, cellulose, ensuring the normal metabolic processes of plants.
It helps plants to withstand diseases, pests, and climatic conditions.
Increases crop yield as well as sustainability in storage and transport.
With (K) deficiency, cell growth is disturbed, short internodes are observed. Signs are observed on the old leaves, such as yellow stripes on the edges of the leaves turning into necroses.
Sulfur(S)- macroelement.
Sulfur is mobile in plants is in the range 0.2%-1%. Participates in the composition of organic compounds in reduced form in the composition of sulfhydryl group (SH), or as disulfide (-S-S-).
He takes part in many exchange reactions. Almost all proteins contain sulfur-containing amino acids (mitionine, cystine, cysteine, etc.). Sulfur is related to the maintenance of the redox status of the cell.
It is part of coenzyme A, as well as vitamins. The main ingredient of protein, protects plants from diseases and pests. Increases the photosynthesis and yield of plants, as well as the shelf life. Clean soils from heavy metals and normalize their(pH).
Sulfur deficiency makes protein synthesis difficult and lowers the rate of photosynthesis.
Symptoms are completely yellowed leaves or yellowing of stripes, as in corn. Sometimes the leaves have a white tint.
In serodeficient leaves the content of S<0.12% and the ratio N:S>20:1.
The use of the combined fertilizer N-P-K-S+ amino acids, foods optimally and balanced treated crops.
COMPOSITION: total nitrogen (N) 10%, phosphorus (P) 24.5%, potassium (K2O) 23%, sulfur (S) 22%, trace elements: iron (Fe) 0.05%, manganese (Mn) 0.0.25%, copper (Cu) 0.01%, Zinc (Zn) 0.01%, Boron (B) 0.025%, Molybdenum (Mo) 0.002%