Description
In the formulation produced with high quality raw materials, it is absolutely necessary for the productivity of plants; Boron, molybdenum and zinc are offered in different proportions. It is aimed to provide
alternative feeding and treatment opportunities that will respond to the deficiency symptoms of these three elements observed in plants. Sol MOL BZN, which can be absorbed by plants, is completely EDTA
chelated, contains 11% Molybdenum (Mo), 8% Boron (B) and a high level of 5% Zinc (Zn), in order to distinguish it from other products on the market and increase its effectiveness; It is supported by organic
compounds and amino acids. Uni Zinmobor contains molybdenum (Mo); It is an absolutely essential plant nutrient element for very important functions in nitrogen and phosphorus metabolism, which increases plant production.
It also plays a role in the uptake of iron and phosphorus. Since it enables the reduction of nitrate nitrogen to ammonium nitrogen,
deficiency symptoms are similar to nitrogen deficiency symptoms. In molybdenum deficiency, soil-borne diseases progress more easily
in the plant, flowers fade, the plant becomes stunted, vitamin C formation is prevented, and the amount of chlorophyll decreases.
Necrosis occurs in the growth cone of example plants, cauliflower. Molybdenum is an important element on the productivity of legume
plants. Mo is vital for the process of symbiotic nitrogen (N) fixation by Rhizobia bacteria in legume root modules. Moreover; Mo content
prevents nitrate accumulation in the leaves of your plants and ensures that it is used in protein production for normal development.
B (Boron): It is a plant nutrient element that is very active in the germination and elongation of pollen (flower dust), increasing fruit set,
transporting calcium, formation of sugar and carbohydrates, formation of vegetative growth hormones, and preventing necrosis and
fruit spots in buds. In its deficiency; Insufficiencies in fertilization and fruit formation, deaths in the growth cone, deformities in the
leaves, and cracking and rotting in the trunk are observed.
Zn (Zinc): It is also included in growth hormones in plants. It increases flowering and fruit set and prevents fruit drop. It provides
homogeneous development in plants by encouraging root development. It helps plants to be resistant to cold and heat. In its deficiency,
fruit buds, flowering and flower set decrease, and early leaf fall occurs. The most obvious deficiency symptom; dwarf plants and
rosettes on the terminal leaves.
| Guaranteed Content | (W/W)(%) |
| Water Soluble Boron (B) | 8% |
| Water Soluble Molybdenum (Mo) | 11% |
| Water Soluble Zinc (Zn) | 5% |
| Plant Name | Application Time | FOLIAR (g/da- 100 L water) |
| Vegetables, cucurbits, legumes, melon, watermelon | It is applied before flowering, can be repeated every 10-14 days after flowering. | 200-250 |
| Oil crops, industrial crops | It is applied when the plants are 30 cm tall. If necessary, repeat at 10-14 day intervals. | 200-250 |
| Cereals (wheat, barley, oats, rye, etc.) | Application is made between the tillering and stranding period. If necessary, these periods are repeated with an interval of 7-14 days. | 250-300 |
| Grape | The first application is made when flower buds and flower clusters appear, the second application is made when flower buds separate. | 200-250 |
| Stone fruits, walnuts, hazelnuts, pistachios, almonds | It is applied before flowering. It is repeated every 7-14 days as needed. Apply after harvest, also before the leaves fall. | 200-250 |
| Citrus | It is applied at the time of spring and autumn shoots. In cases of deficiency during these periods, it is repeated with 10-14 intervals. | 250-300 |
| strawberry, kiwi | It is applied before flowering, can be repeated every 10-14 days after flowering. | 200 |
| corn, paddy | It is applied in the early stages, when the plant has 4-6 leaves. It can be repeated after 10 days if necessary. | 300-350 |
| Cotton | It can be applied in the early period and before flowering. | 200-250 |
| Olive | It is applied before flowering, can be repeated every 10-14 days after flowering. | 300-350 |
| Potatoes, sugar beets, carrots, onions, vegetables with edible leaves and flowers | It is applied when the plants have 4-6 leaves. It is repeated every 7-14 days when necessary. | 250-300 |
| Green field and cut flowers | It is applied in the early stages of plants. It is repeated every 10-14 days when necessary. | 100-150 |
| All plants soil application | It is applied with a drip irrigation system. Repeats if necessary | 300 g/da |
These values are recommendations. These amounts; It may vary due to reasons such as climate, soil type, air temperature, type of plant, productivity status, and difference in irrigation system. Appropriate
doses can be determined by expert consultants with technical knowledge on this subject, according to agricultural analysis results and the development status of the plants. Do not exceed the recommended
application amount. Call our Marketing Department for more information.
