
Avangard Stimul 150 ml
Humic compounds possess strong ion-exchange and absorption capacities; they accumulate and store for long periods the elements and substances necessary for crop nutrition. They positively influence the respiration and root formation processes in crops and increase their disease resistance. Crop roots become longer and more branched, and chlorophyll content in the leaves increases. By activating photosynthesis and carbohydrate metabolism during intensive green mass growth, it improves the utilization rate of mineral fertilizers and nutrients from the soil. The product exhibits an anti-stress effect on crops.
Gibberellins break seed dormancy and induce germination. They stimulate the growth of stems and leaves. Application in very small quantities not only accelerates growth but also significantly increases size and mass. Respiratory intensity increases, carbon uptake by plants is enhanced, cellulose biosynthesis is intensified, and fiber accumulation occurs. The activity of enzymes controlling the catalytic reactions of carbohydrate-phosphorus metabolism increases. As a result, the concentration of complex forms of phosphorus and sugar compounds increases in plant tissues.
Auxins are phytohormones that stimulate the growth of roots, stems, and leaves in plants. They enhance the flow of nutrients to these parts and improve their growth. Natural plant growth hormones.
Succinic acid is a biogenic growth stimulant. It accelerates plant development and increases crop yield.
It is best to apply the product in the evening or early morning when the air temperature does not exceed 30°C. Do not apply during intense sunlight or gusty winds exceeding 5 m/s.
Pre-sowing seed treatment: cereal crops - 0.3–0.5 L/t; corn, sunflower, rapeseed - 1 L/t; soybeans, peas – 0.5 L/t. It is recommended to combine with the Avangard R Start micronutrient fertilizer. Vegetable crops: soak seeds in a 5–10% solution for 10–15 hours. The solution may be reused several times.
Compatible with most pesticides and agrochemicals. Precipitation may form in hard water and in acidic environments. Compatibility testing with crop components and phytochemicals must be conducted beforehand.
Application rate of working solution: 200–300 L/ha.
| Crop | Application rate, L/ha | Recommended application stage |
| Cereal crops | 0.5–1.0 | I. Fall fertilization at the 3–4 leaf stage |
| 1.0–1.5 |
II. Fertilization during the tillering to stem elongation stage III. Flag leaf – beginning of flowering |
|
| Corn | 1.0–1.5 |
I. Fertilization during the 3–5 leaf stage II. Fertilization during the 6–8 leaf stage |
| Legumes (soybeans, peas, others) |
I. Fertilization during the 3–5 leaf stage II. Fertilization during the budding stage |
|
| Sunflower | 1.0–1.5 |
I. Fertilization at the 2–4 true leaf stage II. Fertilization after 10–15 days |
| 1.0 | ||
| Rapeseed | 0.5 |
I. Fall fertilization at the 4–6 leaf stage |
| 1.0–1.5 |
II. Spring fertilization at the start of the growing season III. Fertilization during the budding stage |
|
| Beets | 1.0–1.5 |
I. Fertilization during the 5–6 leaf stage II. Fertilization – when 8–12 leaves have closed the row spacing |
| Vegetable crops | 1.0–1.5 | Two to four applications of fertilizer to growing plants at 10–15-day intervals, starting from the stage when the first pairs of true leaves appear |
| Fruit and berry crops | 1.0–1.5 | At the beginning of the growing season; repeat as needed at 10–20-day intervals |