Biostimulants
At Growgan Industries, we offer innovative biostimulant solutions designed to enhance plant growth, improve soil health, and increase crop resilience. Our cutting-edge products provide sustainable alternatives to traditional agricultural inputs, helping farmers boost productivity while reducing environmental impact. Whether for large-scale commercial agriculture or specialized organic farming, our biostimulants promote healthier plants and higher yields, naturally.
Humic Acids are complex molecules known to improve nutrient uptake and use efficiency. Additionally, they have shown to build a more stable & healthy soil structure. Bonding with clay particles in the soil to form micropores where roots, water, nutrients, oxygen, microbes and mycorrhiza can thrive. Combining humic acids with synthetic fertilizers can improve nutrient use efficiency by up to 30%
Humic Acids
Humin is the largest molecule found in humic substances (humic acid, fulvic acid & humin) and has excellent functionality containing highly functional carbon. 1 gram of humin contains 5000 calories and provides energy that can be used for enhancing plant health and metabolisms. Humin is also noted for its high molecular weights, charge transfers, H bonding and ligand exchange, which in turn enhances a soil’s physical, chemical & biological properties. It’s excellent for use in sandy or salt affected soils.
Humin (Carbon)
The lightest (smallest) Humic Substance. Fulvic Acids acts as a penetrant (adjuvant) making them excellent for foliar feeding. Fulvic Acids enhance cell penetration and translocation of whatever it’s applied with. Fulvic is most often use in conjunction with nutrients, biostimulants like sea kelp & amino acids, or used to reduce pesticide, herbicide, and fungicide rates by up to half.
Fulvic Acids
Plants synthesize Amino Acids from the Primary elements, the Carbon and Oxygen obtained from air, Hydrogen from water in the soil, forming Carbon Hydrate by means of photosynthesis and combining it with the Nitrogen which the plants obtain from the soil, leading to synthesis of amino acids, by collateral metabolic pathways.
Amino Acids
Plants, including most agricultural crops, have symbiotic relationships with mycorrhizal fungi, exchanging plant sugars for nutrients obtained by the fungus, such as phosphate and nitrogen. They have been shown to improve soil structure as well as disease resistance, in addition to nutritive advantages.
Mycorrhiza
Sea kelp can be used as a fertilizer when harvested at peak cytokinin levels. Cytokinins are growth hormones found in sea kelp that allow and encourage cell division for rapid plant growth and development. It's typically utilized as a foliar feed with fulvic acids and micronutrient mixes, or in the soil with humic acids and other biostimulants. When you add kelp to your soil, you're not only improving the structure of the soil, but you're also stimulating the roots to absorb more nutrients.
SEA KELP EXTRACT
Microbes can convert atmospheric nitrogen into plant available nitrogen in the soil, solubilize phosphorus, among many other beneficial actions. Many farmers and ranchers consider microorganisms to be pests that harm their crops or animals (as well as themselves), however many bacteria are really useful. Microbes in the soil (bacteria and fungus) are critical for digesting organic materials and recycling old plant matter.
