Fertilizer Nano-Mineralis

Nano-Mineralis contains nine essential for plants biogenic metals - Cu , Fe , Co , Mo , Mg , Mn , Zn , Ge , Se , Nd , in the form of monocarboxylates.

The composition of micronutrient fertilizers Nano-Mineralis , monocarboxylate , mg/l

Mo

Mg

Mn

Cu

Co

Fe

Zn

Ge

Se

Nd

50

1600

120

120

100

160

220

50

40

50

 

ADVANTAGES.

1. Electric surface charge of active particles of metals provides excellent adhesion to surfaces and rapid penetration into plant cells.
2. The organic base for the preparation of Nano-Mineralis provides efficient transport of active particles of metals and contributes to the rapid accumulation of energy growth in the plant.
3. The composition of micronutrient fertilizers Nano-Mineralis comes with a complex of minerals without impurities, which do not create phytotoxic effects on plants and are completely digested.
4. Processing of seeds by microfertilizers Nano-Mineralis provides an excellent starting development of plants, increases resistance to stress and immunity.
5. Foliar processing microfertilizer Nano-Mineralis will ensure balanced nutrition of plants, will easily cope with the consequences of climatic and pesticide stress, promotes the obtaining of high yields with excellent quality.
6. In the early stages of plant development, Nano-Mineralis root system increases in 3-5 times, which in turn increases power.
7. Nano-Mineralis increases crop yield by up to 30%.

The role of the components of the drug Nano-Mineralis, LCD.

 

Nanoconnections of manganese actively influence the processes of cell growth, increase the rate of photosynthesis.
Nanoconnections of zinc enter into the composition of a large variety of enzymes. Accelerate cell division, increase drought -, heat ― and cold resistance of plants.
Nanoconnections of copper ― increases the energy of seed germination, involved in the processes of exchange mostactively physiologically active substances, increases the resistance of plants to drought, high temperatures and frost. Closely connected with the fixation of molecular nitrogen and have fungicidal properties.
Nanoconnections of molybdenum stimulate nitrogen metabolism, are involved in the reduction of nitrate and cover the final link of nitrogen metabolism – protein synthesis.
Nanoconnections of cobalt stimulate the process of nitrogen fixation, are involved in the processes of fertilization of plants and redox reactions, stimulate the Krebs cycle, positively affect the respiration and energy metabolism of plants.
Nanoconnections of magnesium are associated with photosynthesis, which regulates the structure of organelles, increasing the activity of the primary processes of photosynthesis. Most of the reactions of glycolysis the Krebs cycle are also activated by magnesium.
Nanoconnections of iron associated primarily with its ability to easily change from oxidized form of Fe+3 in the restored Fe 2+and Vice versa. Lack of iron or even calcium deficiency can lead to observable violations of the functional activity of the plants. Besides the activation of photosynthesis and respiration its ions participate in the reduction of nitrate and biological nitrogen fixation.
Nanoconnections of selenium, neodymium and germanium are immunomodulators, which ensure the normal functioning of the immune system of plants.

The rate of drug Nano-Mineralis, LCD

Culture, which is processed

Norm
application
drug

Method, processing time,
restrictions

The number of treatments

Winter wheat,

spring barley

0,05-0,01 l/t

Presowing treatment of seeds

1

0.05 l/ha

Foliar application: the phase of tillering

3

0.05 l/ha

The phase of elongation

0.05 l/ha

The ejection phase colossus

Potatoes

0.05-0.1 l/t

Presowing treatment of potato seed material

1

0.05 l/ha

Foliar application: phase of formation of stabna

2

0.05 l/ha

The phase of budding

Soybeans, peas

0.05-0.1 l/t

Presowing treatment of seeds

1

0.05 l/ha

Foliar application:
3-5 true leaves

3

0.05 l/ha

The phase of budding

0.05 l/ha

The early phase of the formation of beans

Sugar beet

0.1-0.3 l/t

Presowing treatment of seeds

1

0,0