Composition
|
W/V |
W/W |
|
|
Water soluble potassium (K2O) |
28 % |
20 % |
|
Phosphorus (P2O5) |
42 % |
30 % |
Ce-Force K
“Ce-Force K” contains potassium and phosphorus. The phosphorus in product is derived from phosphorous acid (H3PO3) origin, this fertilizer reduces flower and fruit drop, and also enhances quality and coloring of fruits. When the plant is exposed to diseases or environmental stress, some substances are naturally secreted in the plant (phytoalexins) that increase the resistance of the plant; use of “Ce-Force K” boosts the production of phytoalexins, so, consequently strengthens plant’s immune system.
Composition
Consumption Guide
Consumption Guide
|
Crops |
Time of application |
Foliar |
Irrigation |
|
Fruit trees |
Beginning of the growing season |
2-4 L/1000 L of water |
5-10 L per Ha |
|
Field Crops |
2-3 L/1000 L of water |
5-7 L per Ha |
|
|
Vegetables |
2-4 L/1000 L of water |
6-8 L per Ha |
|
|
Greenhouse |
2-3 L/1000 L of water |
0.5-1 L per 1000 m2 |
*repeat as needed
Related products
SAGA
Potassium humate (SAGA) includes humic acid, potassium and fulvic acid which can improve the physical, chemical and biological characteristics of soil and makes it suitable for better root growth and as a result, the plant has better establishment and better growth. SAGA improve water holding capacity (WHC), soil structure and aeration, cation exchange capacity (CEC), element absorption, activity and population of microorganisms and finally root system and germination and reducing the effects of stresses; such as salinity, drought.
BorMix
“Bormix” contains Boron, Zinc, and Manganese, recommended for foliar application during the vegetative and reproductive growth stages to provide essential micronutrients for plants. The presence of Boron is crucial for the formation and stability of cell walls, as well as for nutrient transport. Zinc is effective in producing growth hormones and enzyme activity in plants. Manganese directly impacts photosynthesis, lignin biosynthesis, fruit formation, and accelerates fruiting. Simultaneous provision of Boron, Zinc, and Manganese improves pollination, fertilization, fruit set, uniformity, and quality. Applying this fertilizer after harvest and before leaf drop or dormancy helps increase the resistance of flower buds to winter and spring cold. It is also beneficial for early-season feeding and tree growth.
Zeugma
“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.
Phyllon Complex
" Phyllon Complex" contains soluble calcium and complexed calcium and its one of the best compounds to compensate for the lack of calcium in the plant. Calcium is a non-mobile element which is transported very little after entering the plant body. Calcium has a decisive role in permeability and flexibility of cells, absorption of organic acids, regulation of plant enzymes and hormones. Role of Phyllon Complex is to increase the quality, shelf life and marketability of the plant products. It helps the crops have better quality and this quality does not diminish through transportation and storage.
GrowBest
" GrowBest " contains a variety of nutritional elements and supplementary ingredients such as nitrogen, potassium, seaweed, alginic acid, amino acid and micro elements. Amino acids and alginic acid in this fertilizer are strong anti-stress agents which increase plant resistance to environmental stresses. As a result, to use GrowBest, increase coloration and yield
Ironat
Ironate" contains iron and potassium and also humic acid, fulvic acid, and organic matter. Iron is an essential element in plant growth and plays an important role in photosynthesis and chlorophyll production. In the case of iron deficiency, the photosynthesis process in the plant is disrupted and chlorosis appears in the leaves. Supplying iron through the soil is one of the main methods of supplying this element, which, in combination with organic matter, increases absorption, efficiency and finally increases the yield of crops. The movement of iron in plants is influenced by potassium. According to the time of potassium consumption, which is at the same time as the transfer of materials made in the leaves to the reproductive points of the plant. Therefore, potassium plays an important role in the final stage, which is the stage of increasing yield. Due to the alkalinity of the soil in most regions of the country, the absorption and duration of iron in the soil are very short, and even the plant cannot absorb it sufficiently. Therefore, the use of humic acid along with iron fertilizer is the best recommendation for treating iron deficiency in plants and providing. This is because by acidifying and balancing the pH of the soil, iron fertilizer can be absorbed with the greatest amount.
Calnit
“Calnit” enhances fruit quality by simultaneously providing nitrogen and calcium. This fertilizer not only helps with better calcium absorption into the plant but also facilitates the movement of calcium within the plant, allowing it to reach target organs such as roots, buds, and fruits. Another role of calcium is improving the quality, shelf life, and marketability of fruits and products, ensuring that they have greater firmness, better market appeal, and longer shelf life. This prevents a decrease in quality during transportation and storage. The amino acids in this fertilizer serve as a nutritional source and a prerequisite for protein production in the plant, affecting growth and development both directly and indirectly. It also increases the plant’s resistance to environmental stress. Glutamic acid plays a significant role in nitrogen transfer and storage, as well as in pollination and fruit formation. Glutamic acid also participates in the synthesis of auxins and serves as a common precursor for chlorophyll and proline in the plant.
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