Composition
Water soluble Potassium Oxide (K2O) |
5% |
Organic Matter (O.M) |
43 % |
Organic Carbon (O.C) |
19% |
“Organote” contains potassium and also organic matter, which is produced through hydrolysis of plant-based raw materials aimed for fertigation (irrigation). Since it contains special compounds, it can be used in different growth stages for different purposes, it will also help the plants save energy for some more crucial physiological processes and will result in more harmonized growth between roots and aerial parts of plants. Potassium has the highest mobility in the plant among other elements needed by plants and has a special role in helping to absorb other elements. Organic matter in this fertilizer enhances the absorption of most nutrients, it as well improves the physical structure of soil, increase soil fertility and the population of microorganisms.
Water soluble Potassium Oxide (K2O) |
5% |
Organic Matter (O.M) |
43 % |
Organic Carbon (O.C) |
19% |
Crops |
Time of Application |
Foliar |
Irrigation |
Fruit trees |
At the beginning of the growing season |
– |
15-20 Lit per Ha |
Field Crops |
During the growth period |
1.5-2 L /1000 L of water |
|
Vegetables |
After transplanting (3 – 4 leaves) |
*repeat as needed
“Zeugma” contains nitrogen, phosphorus and zinc. By affecting the activity of vital enzymes and carbohydrate metabolism, zinc plays a role in maintaining cell membrane integrity, protein synthesis, regulation of auxin synthesis, and pollen formation. The application of this fertilizer promotes root growth and enhances water and nutrient uptake by the plant, leading to better seedling establishment at the early growth stages. It also improves flowering, fruit set, and reduces flower drop, ultimately increasing crop quality and yield.
“NPK 12-12-36” contains nitrogen, phosphorus and high percentage of potassium, which has been produced to provide the required elements of the plant during the period of reproductive growth and crop maturity. Consumption of this fertilizer improves the color, aroma, taste, as well as increases the quantity of the crops. Potassium is necessary for the production of enzymes, vitamins and protein in plants. It is effective in transporting nutrients inside a plant. Also, potassium increases yield, better taste, color and marketability, increasing crop resistance to environmental stresses and diseases
“Siliguard” provides potassium and silicon at the same time to the plants. Simultaneous supply of the two elements leads to the strength of plants & tissues and increases plants resistance to the environmental stress. It increases the thickness, firmness, and plant leaf strength and effective role in improving the quality and firmness of fruit texture as well as increasing the shelf life of the products. Siliguard reduces the sunburn effects when the temperature and radiation are high in summer.
“NPK 20-20-20” contains a balanced ratio of macro elements including nitrogen, phosphorus, potassium. This product is a complete and ideal combination for all plants at any stage of growth. "Nitrogen, phosphorus and potassium are the most consumed in a fertilization program. Nitrogen is essential for vegetative growth and is important for the production of starch and protein. Phosphorus is essential for ATP synthesis, as well as root growth and flowering, and potassium is also important as an activator of many metabolic enzymes, which ultimately plays a significant role in increasing the quantity and quality of products.
"Zimic" contains zinc and potassium and also humic acid, fulvic acid, and organic matter. One of the important functions of zinc is the production of plant proteins, and this element plays an effective role in production of growth hormones auxin and indole acetic acid, which ultimately leads to the improvement of photosynthesis and the increase of chlorophyll in the plant. Zinc plays an essential role in insemination and fertility and improves flowering and reduces flower and fruit drop. The potassium present in this fertilizer helps to absorb and transport zinc in the plant, and as a result, increases the concentration of zinc in the reproductive organs of the plant. The lack of zinc in the agricultural soils of the country is observed for several reasons, including the high consumption of phosphate fertilizers, the increase of soil lime and alkaline, the lack of organic matter in the soil, and high concentrations of bicarbonate in irrigation water, so the use of humic acid along with zinc fertilizer The best advice for supplying zinc is in plants.
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