BORO L
Boro etanolammina
Boron L intervenes in plant nutrition on vegetative and reproductive processes, enhancing flower and fruit formation and promoting pollen germination.
It also promotes root reproduction, regulates the uptake of macroelements and the transport of sugars. Boron L is particularly suitable for the prevention and treatment of boron deficiency physiopathologies.
Boron is the essential trace element for the production process of all plants. It regulates cell multiplication and promotes abundant and even fruit set and production.
It is also essential in post-harvest for optimal bud maturation.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
- Before and during flowering
- In the post-harvest phase
- At the onset of deficiency
- High foliar uptake
- Promotes fruit set
- Stimulates pollen tube development
- Prevents boron deficiency physiopathologies
- Increases plant tolerance to environmental stresses
CUPROKEL
Copper chelate
The product is very active in the treatment of copper micro deficiencies.
It favours oxidation-reduction processes and accelerates wood maturation as copper is an important element for lignin biosynthesis. It thus favours lignification of cells and consequently increases the physical resistance of plants.
It is also an indispensable element for chlorophyll and protein synthesis, stimulates vegetation and increases leaf transpiration.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
During the height of vegetative activity
- Stimulates the plant’s natural self-defence mechanism
- Promotes lignification
- Activates the synthesis of phytoalexins
- Prevents and treats copper deficiency in plants
FERKEL
Iron chelated EDTA
The product is a stabilised iron chelate, which is very active in the prevention and treatment of chlorosis in plants manifested by yellowing of leaves between the veins and easy defoliation of the tops.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
Applicable at any phenological stage
- Rapid greening but tenuous on the vegetative systems of plants
- Participates in the active uptake of other elements
- Catalytic action in the biosynthesis of chlorophyll precursors
FERKELENE
Iron chelate EDDHA
Ferkelene is an iron chelate, very active in the prevention and treatment of chlorosis in plants (yellowing of leaves between the veins, easy defoliation of the tops).
Its application leads to significant leaf greening, increased flowering and increased production.
It is characterised by complete solubility and persistence.
It can be used in all types of soil, especially calcareous soils, where its use is noticeable within a few days.
Preventive administrations are recommended to avoid the onset of physiopathologies, also improving the general “fitness” of the crops.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
The first application is recommended at the beginning of vegetative activity
Subsequent applications can be made at any phenological stage
- High solubility
- Fast action
- High Alta solubilità
FERKELENE NEW FORMULA
Iron chelate EDDHA
Ferkelene is an iron chelate, very active in the prevention and treatment of chlorosis in plants (yellowing of leaves between the veins, easy defoliation of the tops).
Ferkelene New Formula exploits a production technique that enhances product quality, is highly efficient in preventing chlorosis, and improves qualitative and quantitative yields of treated crops.
It is characterised by complete solubility and persistence.
It can be used in all types of soil, especially calcareous soils, where its use is noticeable within a few days.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
The first application is recommended at the start of vegetative activity
Subsequent applications can be made at any phenological stage
- High solubility
- Fast action
- Miscible with all major root preparations
FERKELENE KAPPA
Iron chelate EDDHA
Ferkelene Kappa is an iron chelate that is very active in the prevention and treatment of chlorosis in plants.
Ferkelene Kappa achieves the ultimate in nutrient technology concerning root iron chelate, is most effective in preventing chlorosis, improves qualitative and quantitative yields of treated crops.
In plants it activates the endogenous biosynthesis of polyphenols.
It is characterised by complete solubility and persistence.
It can be used in all types of soil, especially calcareous soils, where its use is noticeable within a few days.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
The first application is recommended at the beginning of vegetative activity
Subsequent applications can be made at any phenological stage
- High solubility
- Fast action and persistence
- High efficiency
FERKELIN
Iron chelate DTPA
The product is a stabilised iron chelate, which is very active in the treatment of plants suffering from ferric chlorosis.
Ferkelin is easily and quickly translocated, i.e. it enables ferric chlorosis to be prevented effectively and in good time. The iron present in substantial quantities facilitates the processes of chlorophyll photosynthesis, actively contributing to improving the quality and quantity characteristics of production.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
During full vegetative activity, from after flowering
- Immediate greening
- Participates in the active absorption of other elements
- Catalytic action in the biosynthesis of chlorophyll precursors
MAGNESIO-Mg
Magnesium chelate EDTA
The product is indicated in foliar treatments in agriculture for the prevention of magnesium mesocarencies.
Particularly suitable for the prevention of phylloptosis in “early leaf fall” apples.
Mg contains magnesium, chelated with EDTA. Due to its special formulation it is easily and rapidly absorbed by the leaves, so that beneficial translocation to all parts of the plant is ensured.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
During vegetative activity
- Promotes absorption and transport of phosphorus
Regulates internal ion transport
Increases photosynthesis
Stimulates production of fats, sugars and proteins
MANGANESE-KEL
Magnesium chelate EDTA
The product is a stabilised manganese chelate in liquid form, very active
in the treatment of crops suffering from manganese deficiency.
The product is easily and rapidly assimilated and quickly translocated into all plant organs.
Manganese is important for its role in catalysing the construction of sugars and proteins, intervenes in enzymatic reactions, and has catalytic functions in chlorophyll photosynthesis and respiration.
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All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
From the beginning of the vegetative phase until its end
- Fast efficacy on vegetation
- increase photosynthetic activity improving yields
- Intervenes in the formation of vitamins and chlorophyll
NUTRYKAL
Calcium complexed with trace elements
Nutrykal is a very pure product of modern plant nutritionology, suitable for all physiopathologies attributable to deficiencies of these elements. It is presented in liquid form.
It solves nutritional deficiencies that cause physiopathologies such as: rachis dryness, apical rot, bitter pits, leaf dryness of vegetables, skin splitting.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
From fruit formation onwards
- Rapid assimilation of calcium and high efficacy
- Improves fruit firmness
- Increases post-harvest shelf-life
- Restores physiological disorders caused by nutritional imbalances of
- Calcium and Magnesium
- Improves fruit and berry firmness
MICROKEL
Microelements chelati
The product is a stabilised microelement complex in chelated form, which is very active in the prevention and treatment of micro deficiencies.
Microkel is a liquid micro-nutrient fertiliser specially designed to prevent and cure chlorosis and multiple deficiencies, by foliar application, in fruit plants, vegetables, flowers and extensive crops.
Periodic root or foliar treatments with Microkel guarantee constant prevention and a quick and efficient remedy against all pathological manifestations attributable to micro deficiencies. It is also used in combination with pesticide treatments.
Microkel provides plants with all the main micro-nutrients to perform important functions including increasing photosynthetic activity and enhancing the plant’s production potential. It improves the performance of numerous physiological processes such as photosynthesis, meristem development, metabolism, and fertilisation.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
At any time during the vegetative phase
- Fast plant uptake
- Balances micro-nutrient content
- Rapid greening
- Stimulates chlorophyll formation
- Catalyses and stimulates macronutrient uptake
ZINCO-Zn
Chelato di zinco
The product is very active in the treatment of zinc micro-deficiencies.
It contributes to chloroplast formation and metabolism by promoting chlorophyll synthesis, activating numerous amino acids to enzymes such as catalase, peptidase, phosphatase, enolase, and aldolase.
In addition, zinc strengthens ribosomes which are responsible for protein synthesis and is essential for the synthesis of tryptophan which is the precursor of auxins, the hormones responsible for plant growth, sugar and protein synthesis.
It promotes bud differentiation, sugar production and lignification (increasing resistance to cold).
It plays an important role during juvenile plant growth.
Deficiency is manifested by small leaves with yellow internerval mosaic spots.
The product is easily and rapidly assimilated by the leaves and roots and is quickly translocated to all plant organs.
All crops, fruit crops, viticulture, horticulture, industrial crops,
extensive, floriculture, etc.
At vegetative awakening
From flowering onwards
Post-harvest
avoid plant growth interruptions
increase phytohormone (auxin) production
increase protein production
stabilise plant pH
stimulate young shoot growth
