Vimpel 2 Valle (10l)

Plant growth stimulator of contact and systemic action - Pennant 2
The composition of the drug: polyhydric alcohols - at least 300 g/l; Humic acids - up to 30 g/l; Carboxylic acids of natural origin - 3.0 g/l.
Recommendations for use:



Culture
Terms of deposit
Contribution rate


Cereals, sunflower, corn, legumes, rapeseed, sugar beets, vegetables, millet, buckwheat, rice
Pre-sowing treatment of seeds
0.5 - 1 l/t


Potato
Pre-planting treatment of tubers
2 - 4% solution


Berries, grapes
Soaking seedlings and cuttings
2 - 4% solution


Cereals, sunflower, corn, legumes, rapeseed, sugar beets, vegetables, millet, buckwheat, rice, potatoes
Vegetation treatments
0.5 l/ha


Berries, grapes
Vegetation treatments
1.0 - 1.5 l/ha




Vympel 2 is a complex natural-synthetic preparation of contact-systemic action for the treatment of seeds and vegetative plants.
Consumption rates of the working solution: field crops - 70-300 l/ha, vegetable crops - 300-400 l/ha, fruit crops and grapes - 800-1000 l/ha.
The main distinguishing feature of the Vimpel 2 stimulator from its predecessor is the optimally balanced composition of polyatomic alcohols, due to which the drug does not lose its liquid state at low positive temperatures and can be used when the air temperature reaches +5°С and above. The composition of the drug includes a set of carboxylic acids that participate in the Krebs cycle, which is a key step in the respiration of all cells and a source of energy for the synthesis of vital compounds such as carbohydrates and amino acids. Humic acids are represented by their latest modification, which is our own development (know-how) of Dolyna company. Modified humic acids are stable in both acidic and alkaline environments, which gives the drug stability in a wide pH range, without reducing its activity.
Thanks to the improved and balanced set of components included in its composition, the plant growth stimulator Vympel 2 has the following properties.
Growth stimulator: Polyatomic alcohols with a short carbon chain structure free intracellular water, increasing its biological activity; accelerate the processes of growth and photosynthesis; regulate transpiration and the intensity of mineral nutrition. The products of the transformation of polyatomic alcohols in the cell are elementary carbohydrates (monosaccharides), which act as a building material and a source of energy. Natural stimulators-adaptogens based on carboxylic acids participate in the most important energy transformations of the plant organism, strengthen the supply of oxygen to tissues, and increase the production of the main energy substance ATP - adenosine triphosphate. The regulating energy exchange effect of carboxylic acids is manifested already at very low concentrations (0.002% solution). Due to their natural origin, carboxylic acids are subject to rapid metabolism in the plant and provide the drug with a biostimulating effect. This leads to intensive seed germination and activation of the growth of plant organs, as well as accelerates the assimilation of macro- and microelements from the soil. In the presence of a complex of polyatomic alcohols, salts of humic acids increase their activity many times over. The increase in their penetrating ability occurs due to the high turgor pressure, which occurs due to polyatomic alcohols.
Adaptogen; Cryoprotector; Thermoprotector: The balanced composition of polyatomic alcohols actively structures free intracellular water and is a good stabilizer of its spatial structure. Thanks to this, water structures similar to the spatial lattice of ice are formed, which prevent the development of the crystallization process. Polyhydric alcohols improve carbohydrate metabolism, which is expressed in an increase in the amount of sugars in plants. Carboxylic acids provide an antihypoxic effect (increasing the body's resistance to oxygen deficiency) by activating succinate dehydrogenase oxidation and restoring cytochrome oxidase activity, contributing to the accumulation of ATP in cells. Carboxylic acids help increase the moisture-holding capacity of plant tissues by reducing transpiration. These changes make the body more resistant to adverse environmental factors, plants better tolerate both high and low temperatures, as well as winter frosts.
Antistress: Cultivated plants respond to pesticide treatment by synthesizing specific stress proteins and enzymes that neutralize the resulting negative impact. The complex of modified humic acids and low-molecular polyatomic alcohols accelerates metabolic processes in plant tissues, which are manifested in a more intensive synthesis of anti-stress substances, enhance the photosynthetic performance of chloroplasts in cells, which in turn relieves phytotoxicity after pesticide treatment.
Disease inhibitor: Polyhydric alcohols have hydrophilic properties. Getting on the surface of the leaves, they keep free water in a colloidal state, preventing the development of disease-causing organisms. Also, protection against diseases is carried out by strengthening immunity, stimulating the plant's natural ability to resist diseases. Due to the increase in immunity, the damage to plants is reduced by 1.5-2 times, which reduces the frequency of treatment of plants with fungicides.
Soil activator: Vimpel 2 growth stimulator with the help of polyatomic alcohols accelerates metabolic processes in the plant, which increase the root secretions of plants, which leads to an increase in the activity of soil microorganisms in the root zone (rhizosphere). Carboxylic acids enhance the growth of microorganisms. As a result, the release of CO2 and the destruction of cellulose are activated. A positive balance of humus accumulation is maintained. Increasing the microbial number of nitrogen-fixers, phosphorus-mobilizers and other beneficial bacteria optimizes the mineral nutrition of plants and allows to reduce the consumption of mineral fertilizers by 10-30%.
Adhesive: Polyhydric alcohols have a film-forming ability. Thanks to this, Vimpel 2 ensures the fixation of tank preparations on the surface of seeds and leaves, which increases the effectiveness of biological preparations, pesticides and microfertilizers. In the case of long-term (up to 2 months) stay in conditions of lack of moisture in the soil, the seed is exposed to the negative influence of provocative moisture, which leads to its mold. The formed elastic shell does not prevent free breathing, but protects the seed from provocative soil moisture, preserving its germination.
Photosynthesizer: Foliar application of the drug helps to increase the amount of chlorophyll, which enhances plant development. The drug optimizes the processes of plastic and energy exchanges, making the process of photosynthesis in plants as efficient as possible. Pennant 2 is compatible with pesticides, macro- and microfertilizers and biological preparations. The drug dissolves completely in water and does not lose its activity in any tank mixtures, increasing the effectiveness of their action. The low-molecular polyatomic alcohols of the drug easily penetrate the tissues, acting as a transport agent for all drugs used together with the Vympel 2 growth stimulator.
Processing must be carried out with a solution that was prepared immediately before use.
The drug increases product quality, productivity (increases by 10-30%).
Recommendations: when using the drug, follow the instructions. The effectiveness of the drug and ease of use depends on compliance with the recommendations for use, storage and transportation conditions specified by the manufacturer.
Compatibility with other drugs: it is well combined in tank mixtures with plant protection products (in the absence of separate recommendations of the manufacturer of protection products), urea (in the recommended concentrations of foliar feeding of agricultural crops according to the development phases), KAS, microfertilizers and biological preparations.
WARNING! Before preparing the tank mixture, always check the compatibility of the drugs! It is possible to use the drug in hard water. The active substances included in its composition do not form compounds with hardness salts (СаSO4٠2H2О).