Potassium Humat
Soil conditioner
(OM: ≥ 70%, HA &FA: ≥65%, PH: 9-10, k:10)
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An organic product from natural Leonardite contains 65% humic acid, 5% fulvic acid linked to potassium in the form of humate and potassium folate and a group of major and minor elements and is characterized by the presence of active groups such as carboxylate and phenol with double bonds and all these active groups work on chelating the major elements And microorganisms from the soil and facilitating their transfer to the plant, which leads to an increase in the growth of the roots and the shoots and the increase in the yield
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Humic or potassium humate is an effective tool in soil amendment and to create a good environment for absorption and exchange of elements and reducing the loss of them. By adding it to the soil, a tangible and apparent improvement has been achieved in relation to the growth of the vegetative population and increased productivity, whether in leafy, tuber or fruit crops.
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It should be added with the beginning of the first life of any plant until it is achieved The full benefit and the addition may be repeated depending on the length of the plant's stay in the soil and the nature of the soil itself, as it is at the same time a source of potassium in a form suitable for absorption
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Stimulates seed growth, increases germination rate and increases root formation and growth.
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It increases protein and mineral components in most crops.
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It increases the cation exchange capacity of the soil and improves the degree of absorption and retention of the essential elements by the plant, so it reduces the waste in the used fertilizers.
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Stimulates microbial activity beneficial to root growth.
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It increases the ability of plants to absorb macro and micro elements, especially in Hydroponics systems (growing crops without soil) Helps the soil to retain calcium and convert it into an easy-to-use form.
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Helps the soil to resist the excess acidity and alkalinity as a result of using chemical fertilizers.
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It helps to develop and build good soil and break down loamy or sandy soils with little production and turn it into fertile and productive soil, increasing the ability of the soil to retain water, so it helps plants resist drought and produce better crops in conditions of lack of water.