Potassium Humate Fertilizer 70%
In a fertiliser factory, the production of Potassium Humate fertilizer results in products appearing as black flakes, powder, or crystalline granules. These variations cater to a wide range of agricultural needs and application methods, providing flexibility and effectiveness. Derived from naturally weathered lignite, Potassium Humate exhibits solubility in water and a gentle alkaline property, contributing to its suitability for various agricultural practices and enhancing nutrient uptake in plants.
One of the key benefits of Potassium Humate fertilizer is its role as an efficient organic chelator. It forms complexes with essential nutrients such as potassium, nitrogen, and micronutrients, making these nutrients more available to plants. This improves nutrient uptake efficiency and promotes healthier, more vigorous plant growth.
| ITEM | POTASSIUM HUMATE | ||
| Humic Acid (dry basis) | 70% min | 65% min | 60% min |
| K2O (dry basis) | 12% min | 12% min | 12% min |
| Moisture | 15% max | 15% max | 15% max |
| PH Value | 9-11 | 9-11 | 9-11 |
| Appearance | Flake/Powder/Crystal/Granular | ||
In terms of its advantages for plants,
1. Potassium humate fertilizer Effectively quickens the development and expansion of crops.
2. In a fertiliser factory, the production of Potassium Humate fertilizer aims to enhance the crop leaf surface's capacity to absorb nutrients.
3. Develops the photosynthetic rates and hastens the synthesis of pigments involved in photosynthesis.
4. Increases crop productivity and raises the standard of agricultural output.
5. Can enhance biological activity, boost metabolism, quicken enzymatic reactions, and activate crops' enzyme systems.
6. A fertiliser factory can enhance biological activity, boost metabolism, quicken enzymatic reactions, and activate crops' enzyme systems.
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In terms of its advantages for soil,
1. Can boost the soil's ability to exchange cations and retain water and nutrients.
2. Increases the soil's resistivity, particularly by lowering the alkaline soil's high salt concentration.
3. In a fertiliser factory serves the additional function of preventing the ions of heavy metals and other dangerous elements from polluting the soil.
4. Increases nitrogen and phosphorus utilization rates and fertilizer efficiency.
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