Most of the phosphate you apply is locked up by your own soil within days — liquid, dry or manure, it makes no difference. Our chemistry stops that reaction, more than doubles the soluble phosphorus, and keeps more of it available for six months and longer.
Our chemistry doesn't feed the plant and it isn't alive. It ties up the cations that steal phosphate — and because it blocks crystal formation rather than binding one-for-one, a few ounces protect a whole acre.
The charge control chemistry goes on with the fertilizer, so it is already in place the moment phosphate dissolves — not arriving after the loss.
It blocks the crystal from growing rather than binding one ion at a time, which is why a few ounces cover an acre and keep covering it for six months and longer.
The phosphate never leaves solution, so it stays where a root can take it up — early in cold ground and again through grain fill.
Chemistry, not biology. Microbial products need warm, moist soil to work. Phosphorus is most vulnerable in cold spring ground — exactly when biology is switched off. Ours performs the same out of every jug, in every soil, every season.
Phosphate reacts within days with the calcium, iron and aluminum already sitting in your soil, forming compounds a root cannot take up. It is not washed away — it is locked in a bank your crop cannot draw on. Which cation does it, and how much, comes down to your pH.
That is why so much ground — row crop, specialty, irrigated or dryland — now tests optimum or better for phosphorus while the crop still runs short of it in season. Applying more does not fix a chemistry problem — it feeds it.
Your rate, your analysis, your fertilizer price. See how much more phosphorus NutriCharge makes available — and what it would cost to get that much by buying more fertilizer.
Illustrative planning tool at your own inputs. Availability multiplier grounded in BYU-Idaho replicated soluble-P studies. Never reduce below crop removal — consult your agronomist.
Land-grant universities, third-party research institutes and replicated on-farm trials across more than forty states and every major row and specialty crop.
BYU-Idaho replicated studies: soluble phosphorus more than doubled at an identical rate, with fixation capacity cut by more than half.
Across 24 replicated in-furrow and 2×2 starter comparisons — positive in every single one. Across all 164 corn trials in the database, the median response is +8.4 bu.
Replicated six-month studies show treated fertilizer holding 1.4–2.5× more available P across the entire window.
Corn, soybeans, wheat, potatoes, alfalfa, cotton, sugarcane and specialty crops.
The same patented chemistry, formulated for however phosphorus moves onto your farm — starter, sidedress, planter box, dry blends, manure and foliar. Most applications have more than one product that fits.
NutriCharge isn't confined to products with our name on the jug. Leading manufacturers, formulators and distributors build it into their own lines — because a phosphorus efficiency gain shouldn't depend on a grower switching suppliers.
The mark on the label tells you the chemistry inside is the same one behind every trial on this site — whatever brand is printed on the jug. Same technology, same trusted performance.
Runs on the impregnation equipment already in your plant. No capex, no retooling — and a product nobody down the road is quoting against you.
Build the technology into your own analysis and your own label. We supply the specification, the QA standard and the research base behind the claim.
Tell us your soils, your program and your equipment, and we will tell you what fits — or point you at the dealer nearest you.
Ounces per acre, a 506-trial research base, and a technology the retailer down the road does not have. Let us show you the program.