Macroelements(N,P,K)
Nitrogen(N)
It stimulates the growth of the vegetative mass, increases the size and protein content of the grain yield and green mass. Nitrogen is included in proteins. Ammonia nitrogen is not washed out of the soil, in contrast to nitrate nitrogen. It contributes to better phosphorus intake and is absorbed directly by plant roots.
Phosphorus(P)
Phosphorus is used in photosynthesis, energy conversion, cell division and growth, and transfer of genetic information. It contributes to strong root system growth, improves water intake by plants. Enhances resistance to disease and drought, accelerates ripening, improves grain quality.
Potassium(K)
It ensures normal photosynthesis, intensifies synthesis and flow of carbohydrates from plant leaves to storage organs. Provides stability of grain, tubers, root crops even in dry years, increases starchiness and sugar content.
Mesoelements(S,Ca,Mg)
Sulphur(S)
It is required for many metabolic processes. It is included in three essential amino acids, necessary for protein synthesis. It improves phosphorus absorption by high calcium soils. Regulates redox processes, photosynthesis and plant growth.
Calcium(Ca)
It plays a key role in soil fertility, maintaining the structure of cell walls and the integrity of cell membranes. Eliminates excess soil acidity. Increases caking resistance of the crop. Improves the availability of molybdenum, manganese, zinc, boron.
Magnesium(Mg)
It is a key element for the synthesis of chlorophyll in plants, involved in photosynthesis and protein synthesis. Essential for vegetative growth. It is contained in small amounts in most of our complex fertilizers.
Microelements (Zn,B)
Zinc(Zn)
It is necessary for functioning of enzyme systems and protein synthesis. It controls the formation of essential growth and development regulators by plants. It contributes to larger phosphorus uptake by the plant. Most effective on sandy chernozems.
Boron(B)
It is necessary for plants to develop new cells in growing organs and tissues. Essential for flowering and formation of fruits and seeds. It is especially effective on carbonate soils.