MICROAMIN® field full of healthy and vital plants with increased regenerative capacity that resist drought and other adverse conditions. Minimizes the impact of harmful weather conditions.

Increased plant resistance against abiotic as well as biotic stress has become a key issue in plant production over the past decade. The road to a long-term economic efficiency does not lead through crop growth but through its stabilization with effective nutritional measure, while the final product will meet the required nutritional parameters, the stable positive economic yield and the cultivation of the cultivator on the soil and the surrounding nature will not be exploiting, but will be beneficial for the next generations.

The agronomic effect of MICROAMIN® is caused by amino acids dissolved in the nutrient solution, which allows the plant to receive luxuriously through the pores of the leaves. Nitrogen does not accumulate in the plant and almost no energy is required for its elimination. Nitrates and nitrites are not accumulated, nor is the toxic effect of urea nitrogen on the plant itself (burning) possible. Up to 95% of the dry matter of the plants is the amino acids to which the nitrogen supplied in fertilizers must be metabolized, which is an energy loss and, ultimately, an economic one too. These problems are reliably solved by the new MICROAMIN® foliar fertilizer.

 

MICROAMIN®
pH value 4,8 - 10,2
Contents of dry matter in % min. 17,8
Total nitrogen content as N wt. % in dry matter min. 9
Contents of overall nitrogen as N mass % in dry matter min. 122 - 140
Essential free amino acids in g/l 10 to 28
Biogenic elements in g / l 19% in dry matter. | 40
Organic substances wt. % in dry matter min. 91,56
Concentration in liter AA + NS in % 17,4

 

APPLICATION TABLE MICROAMIN®

 

COMPOSITION

  • amino acids
  • macroelements
  • microelements

 

APPLICATION

  • dose 3l / ha, water dose min. 100 l/ha, shake before use

 

MISCIBILITY

Do not mix with mineral oils, nitro-derivatives (DNOC, dinocap), copper fungicides and phosphor-organic insecticides. Mixability with most pesticides and fertilizers is generally good, but we recommend mixing the test in a small volume of water prior to application.

BENEFITS OF USE

  • increasing the resistance of plants against adverse conditions
  • increasing crop and quality
  • increasing the usability (of nutrients) of fertilizers
  • synthesis of phytohormones, proteins, enzymes, vitamins and preservatives
  • increase of photosynthetic activity
  • increase of TSW and organoleptic properties of the grain
  • high economic efficiency
  • resistance to lodging, increased plant regeneration
  • better pollination
  • Support of a creation of fine root hairs
  • increase in the number of symbiotic bacteria in the soil
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