Micro-Mineralis (Silicon-Potassium) - highly efficient liquid fertilizer designed for foliar feeding crops.

Micro-Mineralis (Silicon-Potassium) microfertilizer composition, %

SiO2 K2O
8 4


The role of components in the life of plants

Silicon maintains water balance of plants, improves the efficiency of photosynthesis, facilitates vertical leaves allocation, reduces the evaporation of moisture from the leaf surface. Optimal silicon plant nutrition contributes to more economical consumption of water by the plant for organic matter synthesis (reduction of transpiration coefficient).

Potassium is associated with amino acids and protein metabolism, affects the formation of carbohydrates during photosynthesis, increases assimiliant transportation. It also accelerates the formation of sugars and their relocation through the tissues. Increases resistance to drought, frost and diseases.

Lack of silicon leads to disruption of growth, development and reproductive function in many plants. In particular, grain crops with low supply of silicon are more prone to lodging.

Potassium deficiency affects primarily development of reproductive organs. Delayed development of embryos seeds, and the resulting seed is characterized by poor quality indicators. With a lack of potassium cells grow unevenly, which causes corrugated and dome shaped leaves.


The reasonable combination of elements such as silicon and potassium, helps to improve the exposure of the leaf to the light, contributes to the accumulation of sugars in the plant, increases resistance to lodging, improves transport functions in plants, reduces susceptibility to opportunistic infections and root pests, increases resistance to abiotic stresses (contamination by heavy metals, salinity soils, drought, high and low temperatures, UV radiation and etc.).


Application rates of Micro-Mineralis (Silicon-Potassium)

Processed culture Application rate Stage of culture development Maximum number
of treatments
Winter wheat,
Spring barley
1,0-1,5 l/ha Tillering stage, booting stage,
flag leaf stage
Sunflower 1,0-1,5 l/ha 3-4 pairs of leaves stage,
5-6 pairs of leaves stage
Corn 1,0-1,5 l/ha 3-5 leaves stage,
7-8 leaves stage
Rapeseed 1,0-1,5 l/ha 5-8 leaves stage, booting stage,
budding stage
Soya, peas 1,0-1,5 l/ha 3-5 leaves stage, budding stage,
beans formation stage
Sugar beet 1,0-1,5 l/ha Before closing of crops,
before closing of spacing
Vegetables 1,0-1,5 l/ha Before flowering,
recurrent applications every 10-12 days
Fruits and berries 2,0-3,0 l/ha Before flowering,
recurrent applications every 10-12 days


Application rate of working solution: 200-300 l/ha – field crops and 300-800 l/ha vegetables, fruits and berries.