⚗️ Micronutrients
MONO series
Nutrient additives based on leaf analysis. Every MONO also contains a synergistic complementary element for maximum uptake.
When should you use MONO preparations?
Based on leaf analysis
When leaf analysis shows a clear deficiency or a concentration at the threshold value, add the appropriate MONO element to your usual foliar treatment pass. This is the most precise basis — a factual decision grounded in data rather than estimation.
In case of visible deficiency symptoms
With chlorosis, discolouration or developmental abnormalities, the affected element can be identified from the deficiency-symptom table. Here treatment is immediate — the appearance of the symptom already signals yield loss.
According to the plant's needs
For certain crops and growth stages it is known in advance that a given element will be in higher demand — preventive supplementation is justified even without deficiency symptoms or analysis:
- Boron — before flowering in every crop, at fruit set in grapes, at bud formation in oilseed rape
- Potassium + Magnesium — at ripening in grapes and orchards for sugar accumulation
- Calcium — in peppers and tomatoes to prevent blossom-end rot after fruit set
- Zinc — in maize after emergence, on more calcareous soils due to soil fixation
- Molybdenum — in soybean and legumes to support the activity of nitrogen-fixing bacteria
- Sulphur — in oilseed rape and cereals for protein and oil content, from tillering to stem elongation
Dose and application
Every MONO element: 1–2 L/ha, by spraying. Can be applied together with foliar treatments (Plasma T, PlasMAX, Power, Active) in one pass — diluted in 200–400 L/ha of water.
Summary table — 10 MONO elements
| Element | Content | Complementary element | Effect | Deficiency symptoms |
|---|---|---|---|---|
| KPotassium | K 71 g/L | N (nitrate) | Protein synthesis, sugar metabolism, water retention | Wilting, leaf-tip chlorosis, slow ripening |
| CaCalcium | Ca 212 g/L | N (nitrate) | Cell-wall strengthening, root formation, stem rigidity | Flower and bud drop, blossom-end rot, empty grains |
| MgMagnesium | Mg 64.9 g/L | N (nitrate) | Chlorophyll synthesis, phosphorus transport, photosynthesis | Chlorosis, leaf drop, necrosis, frost sensitivity |
| ZnZinc | Zn 120 g/L | S (sulphate) | Photosynthesis, auxin formation, enzyme activity | Rosetting, late flowering, reduced fertility |
| CuCopper | Cu 69.5 g/L | S (sulphate) | Protein synthesis, water balance, enzyme system | Leaf whitening, inhibited pollen formation |
| MnManganese | Mn 65 g/L | S (sulphate) | Enzyme activator, water splitting in photosynthesis | Interveinal chlorosis, "dry-spot" symptom |
| PPhosphorus | P 80.8 g/L | N (ammonium) | Root development, energy transfer (ATP), flowering | Anthocyanin discolouration, underdeveloped roots |
| SSulphur | S 330 g/L | N (ammonium) | Protein and oil content, nitrogen utilization | Yellow-green leaves, reduced protein and oil content |
| BBoron | B 131 g/L | N (organic) | Fruit set, flowering, shoot growth, drought tolerance | Shoot tips die back, few flowers, hollow fruit |
| MoMolybdenum | Mo 30.1 g/L | Na | Nitrogen uptake, enzyme function, nitrate reduction | Chlorophyll reduction, nitrate accumulation |
Mono K — Potassium
Protein synthesis, sugar metabolism, water retention
Effect
Protein synthesis, sugar metabolism, water retention
Deficiency symptoms
Wilting, leaf-tip chlorosis, slow ripening
Mono Ca — Calcium
Cell-wall strengthening, root formation, stem rigidity
Effect
Cell-wall strengthening, root formation, stem rigidity
Deficiency symptoms
Flower and bud drop, blossom-end rot, empty grains
Mono Mg — Magnesium
Chlorophyll synthesis, phosphorus transport, photosynthesis
Effect
Chlorophyll synthesis, phosphorus transport, photosynthesis
Deficiency symptoms
Chlorosis, leaf drop, necrosis, frost sensitivity
Mono Zn — Zinc
Photosynthesis, auxin formation, enzyme activity
Effect
Photosynthesis, auxin formation, enzyme activity
Deficiency symptoms
Rosetting, late flowering, reduced fertility
Mono Cu — Copper
Protein synthesis, water balance, enzyme system
Effect
Protein synthesis, water balance, enzyme system
Deficiency symptoms
Leaf whitening, inhibited pollen formation
Mono Mn — Manganese
Enzyme activator, water splitting in photosynthesis
Effect
Enzyme activator, water splitting in photosynthesis
Deficiency symptoms
Interveinal chlorosis, "dry-spot" symptom
Mono P — Phosphorus
Root development, energy transfer (ATP), flowering
Effect
Root development, energy transfer (ATP), flowering
Deficiency symptoms
Anthocyanin discolouration, underdeveloped roots
Mono S — Sulphur
Protein and oil content, nitrogen utilization
Effect
Protein and oil content, nitrogen utilization
Deficiency symptoms
Yellow-green leaves, reduced protein and oil content
Mono B — Boron
Fruit set, flowering, shoot growth, drought tolerance
Effect
Fruit set, flowering, shoot growth, drought tolerance
Deficiency symptoms
Shoot tips die back, few flowers, hollow fruit
Mono Mo — Molybdenum
Nitrogen uptake, enzyme function, nitrate reduction
Effect
Nitrogen uptake, enzyme function, nitrate reduction
Deficiency symptoms
Chlorophyll reduction, nitrate accumulation
Packaging and ordering
Every MONO product: 1 L bottle and 5 L canister · Shelf life: 24 months in sealed packaging · Can be applied together with foliar treatments in one pass