X®-humate Fulvic Acid For Plants

1. Synergistic effect on nitrogen fertilizer

Fulvic acid can make ammonium bicarbonate reduce the loss of ammonium nitrogen and improve the utilization rate of nitrogen fertilizer. Oxidatively degraded nitrofulvic acid can inhibit the activity of urea enzymes and reduce the volatilization of urea.

The effect of fulvic acid combined with nitrogen on plant growth and development is very obvious. When nitrogen and fulvic acid are sufficient, plants can synthesize more protein to promote cell division and growth, so the leaf area of ​​plants increases rapidly, and more leaf area can be used for photosynthesis. It has obvious effect on promoting the robust growth of plants. Often after application, leaf color quickly turns green and growth increases.

2. Synergistic effect on phosphate fertilizer

Fertilizer efficiency tests show that adding 10-20% fulvic acid to common calcium, heavy calcium or ammonium phosphate can relatively increase fertilizer efficiency by 10-20% and increase phosphorus absorption by 28-39%. The radioactive phosphorus tracer test was used to determine the utilization rate of phosphorus fertilizer. After adding fulvic acid, the utilization rate of phosphorus fertilizer in the season increased from 15.4% to 19.3%, that is, the utilization rate of phosphorus fertilizer increased by a quarter.

3. Synergistic effect on potassium fertilizer

Fulvic acid has a dissolution effect on potassium-containing minerals, slowly increasing the release of potassium and increasing the content of soil potassium. Fulvic acid can also use its biological activity to stimulate and regulate the physiological and metabolic processes of crops, increasing the amount of potassium absorbed by more than 30%.

The combination of fulvic acid and potassium can promote photosynthesis, can significantly improve the absorption and utilization of nitrogen by plants, and quickly convert it into protein, and can also promote economic water use for plants.

4. Promote the absorption of micronutrients and effectively solve the deficiency of nutrients

The trace elements in fulvic acid chelate form a fulvic acid chelate compound with strong mobility and easy absorption by crops, which is transmitted to the deficient parts of crops to effectively solve the deficiency of nutrients.

Experiments show that the quantity of ferric humate entering the plant from the root is 32% more than that of ferrous sulfate, and the quantity that moves in the leaves is twice that of ferrous sulfate, which increases the chlorophyll content by 15-45%, effectively solving the problem of iron deficiency.