"ROSTOK" Grain 1L/10L/1000L
№ |
Crop |
Development phase |
Application rate l/ha |
1 |
Cereal |
Pre sowing seed treatment |
3 |
Tillering |
2-3 |
||
Tubing |
2-3 |
||
Earirng |
2-3 |
||
2 |
Corn |
6-8 leaves |
2 |
"ROSTOK" Cereal is a liquid, highly concentrated, chelated micronutrient fertilizer specially developed for the cereal group of crops.
The composition of fertilizer elements is selected to provide plants with the necessary nutrients in critical phases, and to quickly correct their deficiency.
It is used for seed treatment and foliar feeding of wheat, barley, rye, oats, rice, triticale.
The fertilizer contains macroelements, trace elements, amino acids, carboxylic acids, humic substances and an adhesive.
Benefits:
- increases the viability of seeds;
- stimulates the growth and development of the plant;
- enhances plant resistance to diseases;
- increases winter hardiness and frost resistance of plants;
- promotes the growth of productive bushiness;
- improves the quality of grain (protein content, gluten, etc.)
- promotes the formation of seeds with higher sowing qualities;
- increases crop yield up to 25%.
Also, in order to improve the growth and development of plants, it is recommended to add "ROSTOK" Extra, "ROSTOK" Fruiting, "ROSTOK" Zinc and "ROSTOK" Copper.Передпосівна обробка насіння: проводиться в 5-30% водному розчині тривалістю до 4 годин (в залежності від культури).
Позакореневе підживлення:
Порядок приготування робочого розчину:
1. Резервуар обприскувача наповнити на 2/3 об’єму водою, додати карбамід (за необхідності), ввімкнути мішалку;
2. Додати по черзі макро- потім мікродобрива «УАРОСТОК»тм та препарати захисту рослин (якщо вони передбачені і рекомендовані, після їх попереднього змішування та опробування);
3. Доповнити резервуар водою до повного об’єму і приступити до обприскування.
Of using complex fertilizer on complex-forming acid basis (EDTA)
"ROSTOK" Grain
Form: liquid.
Purpose: - seed treatment,
- foliar feeding;
Composition: Macronutrient, micronutrient, humic substances - 5 g/l, amino acids - 0,4%, carboxylic acids, sticky substance.
Microfertilizer |
Content of active substances, g/l |
||||||||
N |
MgO |
SО3 |
Fe |
Mn |
B |
Zn |
Cu |
Mo |
|
"ROSTOK" Grain |
80 |
51 |
37 |
3,6 |
12 |
2 |
2 |
9 |
0,05 |
Approach of using and consumption rate:
Seed treatment: either (soaking) is performed in 5-10% aqueous solution of micronutrients for up to 4 hours (depending on culture). The prepared solution can be used several times within 24 hours. After processing the dried seeds must be sown immediately.
Foliar feeding: in this way elements are absorbed from fertilizers by plants at 95-100%. Consumption rate of working solution is 200-300 l/ha.
Crop |
Phase of development |
Application rate, l/ha |
Cereal |
Seed treatment |
3 |
Tillering |
2-3 |
|
Stem elongation |
2-3 |
|
Earing |
2-3 |
|
Corn |
6-8 leaves |
2-3 |
Buckwheat |
Seed treatment |
3 |
Getting budding |
2-3 |
|
Sorghum |
Seed treatment |
3 |
3-4 leaves |
2-3 |
|
Tillering |
2-3 |
|
Throwing panicles |
2-3 |
The value of fertilizers "ROSTOK" Grain: fertilizer has a universal structure that meets the needs of biological cultures. Grain quality and grain crops largely dependent on the provision of plant macro-and micronutrients supply throughout the growing season. The most important trace elements for these crops are copper, manganese, iron, zinc and others.
Magnesium (Mg) is part of the chlorophyll and activates photosynthetic activity, respiration process ,ensures inclusion of nitrogen in the synthesis of proteins, provides transportation of phosphorus in the plant. Sulfur (S) is a component of proteins and plays an important role in protein metabolism, part of the enzymes, increases chlorophyll content and improves phosphorus supply, increases efficiency amide nitrogen. In case of shortage, like the lack of nitrogen, chlorophyll is destroyed, increasing the threat of defeat of plant fungal diseases. Manganese (Mn) affects the passage of photosynthesis, respiration, protein synthesis, carbohydrate and nitrogen metabolism; improve the use of plants as nitrate and ammonium nitrogen; promotes the synthesis of sugars in leaves of winter wheat, providing higher frost resistance and winter hardiness. Manganese is better absorbed between the phases of tillering and earing. Boron (B) has an important function in the synthesis of carbohydrates and their transformation and transportation, as well as redox processes, protein and nucleic metabolism, synthesis of growth factors, causes the activity of enzymes, improves the osmotic processes; promotes the synthesis of chlorophyll and assimilation of CO2; and increases drought resistance of plants. Iron (Fe) plays an important role in redox reactions as a component of enzymes provides a synthesis of chlorophyll. Lack of iron leads to a decrease in the intensity of photosynthesis, in young plants chlorosis appears. Is important for the process of breathing. It prevents the absorption of. Zinc (Zn) is involved in many physiological processes that occur in plants, particularly in photosynthesis, the synthesis of amino acids, chlorophyll, organic acids, vitamins, etc., in redox processes, carbohydrate, lipid, phosphorus and sulfur. Due to stabilize breathing by changing temperature conditions, this trace element improves heat resistance, drought tolerance and hardiness of plants, protein content, resistance to disease lesions. Zinc prevents the absorption of high standards of nitrogen, phosphorus and lime and low soil temperature. Copper (Cu) positively affects photosynthesis and protein synthesis, formation of generative organs, resistance to fungal and bacterial diseases, increases resistance to lodging, increases drought resistance, heat resistance and winter hardiness of plants; promotes better assimilation of nitrogen. Lack of copper predetermined high standards of mineral fertilizers, liming soils, high soil temperatures and air. Molybdenum (Mo) is involved in the synthesis of amino acids and proteins that regulates the transformation of nitrogen in the plant, activates the passage of redox processes in plants, is involved in carbohydrate metabolism and in the metabolism of phosphate compounds, synthesis of chlorophyll. Increases protein content in grain. Especially effective is the use of molybdenum in acidic soils. It promotes the absorption of nitrogen and phosphorus, calcium improves power of plants, improves the absorption of iron.
The use of fertilizers "ROSTOK" Grain helps:
• improve the vitality of seeds;
• stimulate plant growth and development;
• strengthening the plant resistance to diseases;
• increase frost resistance;
• increase productivity;
• improving the grain quality (protein and gluten content)
• formation of seeds with higher seeding properties;
• increase the yield by 10-25%.
General recommendations: it is expedient to prepare tank mixtures of urea and crop protection liquids (if necessary). Foliar feeding of plants is better to perform before 12 th hour of the day or after 17 o'clock in the evening during the phases of growth and development of crops that are most sensitive to the provision of micronutrients. Not recommended for handling during the day when it is scorching sun or windy weather. Evening or morning dew on the efficiency of feed is not affected! The water temperature for preparation of the working solution should be close to the ambient temperature (not recommended to perform the processing with cold water, dialed directly from the well, as is the likelihood of stress in plants, which contributes to the development of disease, cessation of plant growth and their death).
Security measures: The product is non-toxic to humans and bees, not allergenic, environmentally safe, by the classification refers to the 4 groups which represents non-hazardous substances. While working with the drug, you should observe accepted security measures.
Equipment: 1 liter, 10 liters, 1000 liters.
Storage: Keep out of reach of children at temperature from + 5 ° C to + 40.
Shelf life - 2 years.
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