Customization: | Available |
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CAS No.: | 68514-28-3 |
Formula: | Kha |
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1. Largely promote the buffering power and fertility of soil by improving the structure and increasing its organic matter.
Appearance | Black Flakes / Powder | Black Crystal / Column |
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Product code | JFHA-KHA-1-F/P | JFHA-KHA-2-C |
Water Solubility | 98% | 95% |
Potassium(K2O dry basis) | 10.0% min | 10.0% min |
Humic Acid(dry basis) | 65.0%min | 65.0%min |
Fulvic Acid(dry basis) | 2.0%min | 2.0%min |
Moisture | 15.0%max | 15.0%max |
Particle size | 1-2 mm | 1-2mm/2-4mm/4-6mm |
Fineness | 80-100 mesh | / |
pH | 9-10 | 9-10 |
Lower content potassium humate | 40% Potassium Humate | |
Potassium humate contains fulvic acid | Potassium fulvate |
1. Act as the humic acid raw materials for the production of humic acid fertilizer, the proposed dosage is 5-10%.
Plants live in the natural environment and will inevitably be harmed by the harsh environment. Usually we divide the environmental damage to plants into the following categories:
When these conditions occur, plants will produce a series of changes. For example, drought will cause leaves and tender stems to wilt. Flooding will cause leaves to yellow and dry, the roots will become brown even rot. Leaves will become brown, dead spots,even bark cracks appear under high temperature. Pathogenic bacteria infect leaves and appear disease spots.
It can affect the growth and development, yield and quality of plants, and even directly cause its death in severe cases.
Unlike humans and animals, plants cannot escape no matter what danger they encounter. Since they can't run away, plants can only improve their ability to resist damage. This is the origin of plant resistance.
For example, under drought conditions, plants maintain water balance by controlling the opening and closing of the stomata of leaves. Under the environmental stress of high salinity, by improving the permeability of the cell membrane, it prevents a large amount of salt solution from entering the plant body.
Even when suffering from pests and diseases, some plants can produce chemical substances to resist, or attract natural enemies of pests and diseases to destroy them.
Generally speaking, the stress resistance of plants is relatively small in the peak growth period, and after entering dormancy, the stress resistance increases; the stress resistance during the vegetative growth period is stronger, and the stress resistance during the flowering period is weak. But the damage is beyond its tolerance, and the plant cannot escape bad luck.
We can't change whether the environment harms plants, but if we can improve the plant's own stress resistance, it will be a good way. Leonardite potassium humate is the product which have this function.