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New-Nutri mineral source potassium fulvate

New-Nutri potassium humate is well known already. We have another higher quality product named potassium fulvate, which contains higher mineral fulvic acid. Fulvic and humic acids have the same source of origin and are very similar in structure and elementary content. The main difference is that the molecular size of fulvic acid is smaller, which provides it with increased solubility in water throughout the pH range. Potassium fulvate can be used alone as foliar fertilizer and it is a good formulation for compound liquid fertilizers.

Appearance Black shiny flake/powder
Humic Acid (dry basis) 55%
Fulvic Acid (dry basis) 45%
K2O 10%
Water solubility 100%
Moisture 10%
PH 10
Size 2-4MM/80Mesh

There are six big advantages of mineral source potassium fulvate:
1. Rooting and strong seedlings.This product can increase root length, root mass, root hair and root activity, enhance the ability of crop roots to absorb nutrients and water, and promote crops to grow thick.
2. Carbon fixation and greening. This product contains a variety of biologically active functional groups, which can fix carbon and increase greening after use, increase the absorption and utilization of carbon dioxide, and make plant leaves green and thick
3. Synergistic fertilizers. Through adsorption complexation and ion exchange, this product plays a role in slowing down nitrogen, phosphorus, and active potassium, improving the utilization rate of a large number of elements, and reducing the input of a large number of elements. This product activates medium and trace elements, improves the activity of medium and trace elements, and relieves the symptoms of crop deficiency.
4. Regulating acidity and alkalinity.Containing acidic bases and alkaline light bases, this product can regulate soil acidification, alkalization, and salinization; neutralize acidified and alkaline soils.
5. Loose soil. Containing natural colloidal structure, this product can reconstruct soil aggregate structure, break compaction, make soil loose and porous, improve permeability and water and fertilizer retention capacity.
6. Improve stress resistance, and significantly improve crop resistance to drought, waterlogging, cold, and disease.
7. Increase the soil temperature, darken the color, and enhance heat absorption; physically reduce soil heat conduction and reduce soil temperature and humidity fluctuations: microorganisms actively decompose organic matter to generate heat.

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