Naturamin®
- Chemical Family
- Nitrogen
Naturamin® stimulates plants during their active growth phase and particularly in situations that may adversely affect their development, such as: root asphyxia, drought, hail, phytotoxicity caused by pesticides, etc. Crops react well to treatment with Naturamin when it is applied by means of leaf spraying or in irrigation water. Naturamin® comprises free amino acids and enriched with phosphorus and potassium. With the application of Naturamin®, plants consume less energy for amino acid formation, since they absorb them directly, and therefore energy can be used for other biological processes.
Product families
Applications
- Cereals
- Fiber Crops
- Fodder & Forage
- Fruits
- Nuts
- Oilseeds
- Sugar & Starch Crops
- Vegetables
- Ornamentals
- Trees & Woodlands
Product Families
- Fertilizers & Nutrients
Other characteristics
- Brand
- Naturamin
- Functions
- Fertilizer
- Application Technique
- Sprayers
- Format
- 1 L, 5 L, 20 L
- Markets
- Agriculture & Feed
- Technology
- Agrochemicals
- Applicable Crop
- Almond
- Banana
- Barley
- Beet
- Cotton
- Flowers
- Grape
- Maize (corn)
- HIGHLIGHTS
All living beings require L-Amino acids as the basic structural units for the formation of proteins, enzymes and the starting material for the synthesis of other essential substances. Up until a years ago the only way of encouraging the formation of amino acids in plants was indirectly and through the root system only: by adding inorganic nitrogen-containing fertilizers. Nitrogen is dissolved in the soil and is then absorbed by the roots and converted into amino acids. This process means that the plant has to use up a very large amount of energy which it could devote to other biological processes. Today it has been demonstrated that the use of amino acid solutions applied to the soil or to plant leaves has a very positive effect on crop nutrition as it is a way of providing plants with one of the fundamental links for the formation of biological macromolecules, without having to go through the intermediate steps for synthesis.; Recommended for Stimulates crop activity; Overcomes stress situations
- Agrochemical Functions
- Fertilizer
- Agrochemicals Features
- Improves Plant Growth
- Increased Disease Suppression
- Increased Drought Resistance
- Resistance against Biotic Stress
- Dosage and Instructions for Use
Olive trees, vines, climbing grapevines, banana trees, citrus trees, fruits trees, ornamental and horticultural plants:; Leaves: 3-5 treatments of 250-300 cc/Hl, during the cycle.; Soil treatment: 15-20 l/ha in 2-3 applications; Maize, cotton, beetroot:; Leaves: 2-3 treatments of 250-300 cc/Hl during the cycle.; Soil treatment: 15-20 l/ha in 3-4 applications.; Alfalfa:; Leaves: After 2nd cutting, 250-300 cc/Hl.; Soil treatment: After 2nd cutting 10 l/ha in 2-3 applications.; Wheat, barley:; 2-3 treatments of 1.5-2 l/ha. Throughout the cycle.; Almonds, hazelnuts and other non-irrigated fruit trees:; Spray three times, applying 250-300 cc/Hl, during budding and growth.
Technical data
Table 1 of 1
4 rows| Characteristic | Value | Unit |
|---|---|---|
| Free Amino Acids | 14.00 (16.4) | % w/w (% w/v) |
| Total Nitrogen (N) | 5.00 (5.8) | % w/w (% w/v) |
| Water-soluble Phosphorous (P₂O₅) | 5.00 (5.8) | % w/w (% w/v) |
| Water-soluble Potassium (K₂O) | 5.00 (5.8) | % w/w (% w/v) |
