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| Certification: | ISO9001, Ceres |
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In farming, bio fulvic acid is a powerhouse for improving soil and plant performance. It's all about efficiency-helping crops get the most out of nutrients while keeping the soil in good shape.
Here's how it works on the ground: Bio fulvic acid is a natural chelator, meaning it grabs onto minerals like iron, zinc, copper, and magnesium in the soil and transforms them into forms plants can easily absorb. This is a big deal in soils where nutrients might be present but locked up-think sandy or compacted dirt. By shuttling these nutrients into plant roots, it can boost growth rates, yield, and even crop quality, like tastier veggies or denser grains.
It's also a soil conditioner. Its tiny molecular size lets it penetrate deep, improving water retention and aeration. This is clutch in drought-prone areas or heavy clay soils-it keeps roots hydrated without drowning them. Plus, it can break down leftover pesticides or toxins, giving you a cleaner growing environment over time.
Farmers often apply it in a few ways. Liquid bio fulvic acid-sometimes sold as bio potassium fulvate for extra solubility-gets mixed into irrigation systems or sprayed directly onto leaves as a foliar feed. The foliar route is fast-acting; plants soak it up through their leaves, bypassing soil issues entirely. For bigger operations, it might get blended into compost or seed coatings to kickstart germination. Rates vary, but a typical dilution might be 1-2 liters per hectare, depending on the crop and soil test results.
Real-world perks? Studies and farmer reports point to stronger root systems, better resistance to stress (like heat or pests), and sometimes 10-20% yield bumps. Cereal crops like wheat or rice, and high-value stuff like fruits and veggies, seem to love it most. The trade-off is cost-it's pricier than basic fertilizers-but the logic is you use less synthetic inputs over time since it maximizes what's already there.
Anything specific you're farming or looking to solve? I can dial in tighter if you've got a crop or soil type in mind.
Bio fulvic acid, we also call it Bio Potassium Fulvate.Plant source, made by microbial fermentation,it's a kind fulvic acid salt, complete water soluble. Could be used for foliar spray.
Bio potassium fulvate is not a pure molecular compound, but a heterogeneous complex macromolecular structure and composition of the extremely complex mixture. In addition to high content of fulvic acid, this product is also rich in almost all of the amino acids, nitrogen, phosphorus, potassium, enzymes, sugars (oligosaccharides, fructose, etc.) , Humic acid and VC, VE and a large number of B vitamins and other nutrients, is a green bio-fertilizer.
Bio potassium fulvate does not contain hormones, but in the course of its application, it shows the similar effects with chemical auxin, cell-sorting, abscisic acid and other plant hormones and the growth and development of plants Play a comprehensive regulatory role. Therefore, many foliage fertilizer, fertilizer manufacturers use this product to replace or partially replace gibberellin, compound sodium nitrophenolate, paclobutrazol and other plant growth regulator.
Because bio potassium fulvate has higher content of the total amino acid and carboxyl, hydroxyl and other active groups, also has oxygen-containing functional groups, the structure of many organic sites and complexation sites.
These coordinating groups can complex and complex with many insoluble trace elements such as calcium, magnesium, sulfur, iron, manganese, molybdenum, copper, zinc, boron and so on many other trace elements, thereby form bio potassium fulvate molecules as an intermediary Carrier, at the same time coordinate and promote the plant roots or foliar trace elements absorption and operation in the body's, not only to avoid the direct contact with trace elements lead to deactivation passivation each other, but also played a role positive balance, thereby enhancing their utilization .
The product flocculation limit value is 32 meq / g minimum, its anti-flocculation capacity is significantly higher than the humic acid and similar products, soluble in PH1-14 of any acid-base water, does not flocculate and precipitate in high calcium and magnesium hard water saturated brine.
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