5 kg
Organo-Mineral Foliar Fertilisers with EDTA Micronutrients
5 kg
7% Total nitrogen (N)
3.5% Urea nitrogen
3.5% Organic nitrogen (Norg.), derived from fulvic acid
5% Magnesium (Mg), as Magnesium oxide (MgO), water-soluble (= 3 % Mg)
17.5% Sulphur (S), as sulphur trioxide (SO₃), water-soluble (= 7 % S)
8% Iron (Fe), chelated with EDTA, water-soluble
2% Manganese (Mn), as sulphate, water-soluble
27% Organic carbon (Corg.)
93% Dry matter
Agravita® Fe EDTA Plus is a fully water-soluble foliar fertiliser designed to deliver efficient iron nutrition together with essential macro- and micronutrients supporting plant metabolism, growth, and stress tolerance. The formulation combines iron chelated with EDTA with a balanced nitrogen–magnesium–sulphur system enriched with organic carbon from fulvic acids, ensuring high nutrient availability and stable performance under field conditions.
The product supports oxidation–reduction (redox) reactions, which are fundamental to energy transfer and metabolic stability in plants. Adequate iron supply stimulates chlorophyll synthesis, improving photosynthetic efficiency, and supports lignin formation, contributing to stronger plant tissues.
Agravita® Fe EDTA Plus plays an important role in nitrogen metabolism, participating in nitrate reduction and supporting biological nitrogen fixation in leguminous crops. It also contributes to the transport of nutrients and assimilates within the plant, ensuring balanced physiological activity across tissues.
In oilseed rape, the product helps reduce pod shattering, supporting yield stability at harvest. Thanks to its balanced formulation, Agravita® Fe EDTA Plus also increases plant resistance to pathogen infection, supporting crop health and performance under intensive and stress-prone growing conditions.
Developed and produced in the USA using state-of-the-art American technology
Instant and complete water solubility for efficient tank mixing and application
Efficiency based on synergistic nutrient interaction
Very fast assimilation and effective utilisation of nutrients by plants
Low application rates with maximum biological effectiveness
The technology is well suited to soils with high pH (pH > 6.5), where iron availability is naturally limited. It can also be applied on compacted or waterlogged soils, where restricted root activity may reduce nutrient uptake efficiency.
Application is recommended when high rates of nitrate nitrogen and phosphorus are used, as these conditions can intensify iron antagonism and increase the risk of deficiency. The technology is also appropriate when visible symptoms of iron deficiency are observed, supporting correction and the restoration of normal physiological activity in plants.
Crops | Dosage [kg/ha] | Water amount [l/ha] | Number of treatments | Application timing |
|---|---|---|---|---|
Cereals | 0,5–1 | 200–300 | 2 | Spring: from the tillering stage to the flag leaf stage. |
Rapeseed | 0,5–1 | 200–300 | 2–3 | From the beginning of spring vegetation until the end of the green bud stage. Also at the petal fall stage. |
Corn | 0,5–1 | 200–300 | 2–3 | From the 4-leaf stage until the latest technically feasible time for application. |
Potatoes | 0,5–1 | 200–300 | 2–3 | From full emergence to the end of flowering. |
Sugar beets | 0,5–1 | 200–300 | 2–3 | From the 4-leaf stage to covering the inter-rows. |
Legumes | 0,5–1 | 200–300 | 2 | From full emergence to the beginning of flowering. |
Vegetables | 0,5–1 | 400–600 | 2–3 | In the stage of intensive growth at intervals of 10 to 14 days. |
Fruit trees and shrubs | 0,5–1 | 500–1000 | 2–3 | Preventively or as an intervention throughout the entire vegetation period. |
Grasslands | 0,5–1 | 200–300 | 2–3 | From the start of spring vegetation until mid-September. |
