
Slow root establishment after transplanting, uneven growth during drought or salinity fluctuations, and pale foliage despite regular feeding all point to challenges in root uptake and trace-element supply. FULVIMAX is a black liquid containing > 12% fulvic acid and > 2% combined B, Fe, Mn, Zn, Cu, Mo, Ti and Se; its density is 1.3. It fits root-zone and foliar nutrition programs for fruit, vegetable and field crops.
Fulvic acid generally has a smaller average molecular size than humic acid and remains soluble across a wider pH range. These properties make it useful for distribution in irrigation water and interaction with nutrient ions. Fulvic fractions can support lateral-root and root-hair development, nutrient use and physiological recovery during drought, salinity or transplant stress. Results depend on the soil, water, crop and application program; smaller size alone does not guarantee greater uptake under every condition.
The added elements address different crop needs: B supports pollen-tube growth and cell-wall formation; Zn contributes to growth regulation and enzymes; Fe and Mn are involved in chlorophyll formation and photosynthesis; Cu supports enzyme systems; and Mo is needed for nitrate use. Ti and Se may be beneficial for antioxidant metabolism and stress responses in certain crops and at appropriate doses, but are not universally essential. The 2% claim is the combined total of eight elements, not a guarantee for each one. Use soil and leaf tests to guide supplementation alongside a balanced NPK program.
| Technical Parameters | Detailed Specs | Testing Methods | Reference Standards |
|---|---|---|---|
| Appearance | Black | - | - |
| Fulvic Acid | > 12% | - | - |
| B, Fe, Mn, Zn, Cu, Mo, Ti, Se | > 2% | - | - |
| Density | 1.3 | - | - |
Certificate of Analysis: Potassium Fulvate Liquid
TDS: Potassium Fulvate Liquid
MSDS: Potassium Fulvate Liquid
Heavy Metal Test Report: Potassium Fulvate Liquid
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More questions about our products?
Integrate into transplant recovery, root expansion, active growth and flowering-to-fruiting nutrition. Follow the local product label for rates and dilution, and adjust the program using soil and leaf results, irrigation-water quality and crop condition.
FULVIMAX combines fulvic biostimulation with eight supplemental elements from root establishment through stress recovery and flowering-to-fruiting nutrition.
Fulvic fractions can support lateral roots, root hairs and root-zone activity, complementing water and nutrient uptake after transplanting or during active growth.
Fulvic acid has been associated with antioxidant and osmotic stress responses. It can complement irrigation and salinity management when crops need to maintain growth or recover after stress.
Compared with humic acid, fulvic acid generally has a smaller average molecular size and broader pH solubility, making it useful in fertigation and foliar nutrient programs.
B supports pollen-tube and cell-wall development, while Zn participates in growth regulation and enzyme activity. Supplement where testing indicates a gap.
Fe and Mn support chlorophyll-related and photosynthetic processes; Cu contributes to enzymes, and Mo to nitrate reduction during growth.
Ti and Se may support beneficial responses in specific crops and doses, including antioxidant pathways. Their effects vary; they are not essential for every crop.
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