Сomplex fertilizers in 1 granule Fertim

Сomplex fertilizers in 1 granule Fertim

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Complex mineral fertilizer FertiM is a fertilizer mixture obtained by mechanical mixing of two or more mineral fertilizers, followed by compacting in a single granule by dry pressing.

FertiM fertilizers are developed in close collaboration with the PFIC Ural Branch of the Russian Academy of Sciences named by D.N. Pryanishnikova.
The methodology for the formation of the product line is described in detail in the catalog.
Abstracts of the methodology are reflected in the description of fertilizer groups.
The content of the elements is selected by taking into account the possibility of effective use both forms as an independent fertilizer and in mixtures with other fertilizers. We have the ability to manufacture individual CMF in the required ratio of elements.

The source of phosphorus in fertilizer is phosphate flour, which provides greatest efficiency in soils with high acidity.

Phosphorus in fertilizer is represented as water-soluble as well as phosphate flour to ensure maximum effectiveness.

Phosphorus in fertilizer presents in water-soluble form which is most effective on neutral and alkaline soils.

The consumption rate of nitrogen is increased by the reduction of the phosphorus deficiency linked with the unilateral use of nitrogen fertilizers. The duration of nitrogen is increased by the inclusion of amidic nitrogen in the consumption. The physiological acidity of ammonium sulphate as a limiting factor is neutralized by phosphate flour.
Low consumption of water-soluble phosphorus fertilizers in acidic soils minimized by incorporation of
mechanically activated phosphate flour.

Typical for nitrate fertilizer high losses are reduced by the ration form of nitrogen. The low uptake of nitrate nitrogen, which is typical for warm soils in spring, has been minimized. Due to Sulphur, nitrogen exchange has been accelerated and as a result nitrogen uptake has improved. The efficiency of non-corrosive feeding is increased by the inclusion of amidic nitrogen.

Ammonium nitrogen feeding is most effective for potatoes, sugar beet and feed crops. Accelerated metabolism in nitrogen-sulfur feeding reduces potassium leaching from plants. To increase the yield of the commercial fraction of potatoes and root crops is included in the composition of magnesium.

The proportion of water-soluble phosphorus, that converts into iron and aluminium phosphates on acidic soils that are inaccessible to plants has been reduced. The absorption capacity of citrate-soluble phosphorus is increased by ammonium sulphate and potassium chloride. The length of nitrogen is increased by the inclusion of amidic nitrogen in the consumption.

Efficient proportion of replenishment sources of mobile phosphorus in soil.
To exclude phosphorus deficiency, initial water-soluble phosphorus is included in the initial phases of growth.
Three-substituted calcium phosphate of phosphate flour becomes available to plants due to soil acidity.

An effective method for filling the magnesium deficiency which is typical in acidic soils and light granulometric composition of soils.
The combined use of potassium and magnesium fertilizers in the consumption ratio is much more effective than separate application. Due to its alkaline properties, magnesium is an active deoxidizer of the soil.



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