Aminyx PK
Foliar
Foliar phosphorus and potassium delivered in an amino acid–associated form to support plant energy demand and metabolic efficiency.
Aminyx
Metabolic efficiency + amino acid–associated nutrition for in-season performance without stimulation.
Aminyx Line Overview
Structural Metabolic Infrastructure for In-Season Nutrition
Aminyx products are designed to reduce metabolic burden associated with nutrient assimilation. Rather than stimulating response, Aminyx alters how nutrients are delivered and converted within plant tissue. By pairing nutrients with amino-carbon infrastructure, Aminyx supports conversion stability, improves assimilation efficiency, and increases predictability in foliar and fertigation programs—especially when metabolic load limits performance.
Aminyx N20
20-0-0 • Amino-associated Amine Nitrogen
Broadcast
Banded
Fertigation
Foliar
Liquid amine nitrogen in an amino acid–associated matrix designed to support nitrogen utilization and metabolic efficiency.
Aminyx Core
Foliar Metabolic Support • Matrix + Cold-Processed Kelp
Foliar
Foliar metabolic support combining the Aminyx matrix with cold-processed kelp to enhance plant energy availability and nutrient utilization.
AminyxPro Zinc 9%
9% Zn • Polyamine-associated delivery
Broadcast
Banded
Fertigation
Foliar
Premium zinc delivery architecture designed for consistent assimilation under high demand.
AminyxPro Iron 5%
5% Fe • Polyamine-associated delivery
Broadcast
Banded
Fertigation
Foliar
Premium iron delivery architecture designed to reduce volatility where availability is limiting.
AminyxPro Boron 10%
10% B • Polyamine-associated delivery
Broadcast
Banded
Fertigation
Foliar
Premium boron delivery architecture designed for utilization stability during reproductive demand.
Aminyx Zinc 8%
Standard Aminyx Micronutrient • Utilization-driven
BroadcastBandedFertigationIn-FurrowFoliar
Zinc in association with the Aminyx matrix to support efficient uptake and utilization—high performance in its price tier through utilization, not commodity chelation.
Aminyx Copper 5%
Standard Aminyx Micronutrient • Amino-associated
BroadcastBandedFertigationIn-FurrowFoliar
Copper in an amino acid–associated form to support enzymatic activity and nutrient utilization, with the Aminyx matrix enhancing internal use.
Aminyx Iron 5%
Standard Aminyx Micronutrient • Consistency in foliar
BroadcastBandedFertigationIn-FurrowFoliar
Iron delivered through the Aminyx amino acid and organic matrix to support uptake and metabolic utilization with improved consistency in foliar programs.
Aminyx Magnesium 3%
3% Mg • 3.5% S • Amino-associated sulfate
BroadcastBandedFertigationIn-FurrowFoliar
Magnesium sulfate paired with Aminyx infrastructure to support utilization stability within the standard micro tier.
Aminyx Manganese 5%
Standard Aminyx Micronutrient • Metabolic consistency
BroadcastBandedFertigationIn-FurrowFoliar
Manganese in an amino acid–associated form to support enzymatic activity and plant energy processes, with the Aminyx matrix enhancing utilization.
Aminyx Moly 6%
Standard Aminyx Micronutrient • Nitrogen metabolism support
BroadcastBandedFertigationIn-FurrowFoliar
Molybdenum in association with the Aminyx matrix to support nitrogen metabolism and utilization efficiency with consistent performance at low rates.
Aminyx PK
0-8-5 • Foliar Phosphorus + Potassium
Foliar
Guaranteed Analysis
Available Phosphate (P₂O₅)8%
Soluble Potash (K₂O)5%
Derived From
Phosphoric Acid, Potassium Hydroxide
Rate
16–64 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx PK is built for periods of elevated phosphorus and potassium demand where assimilation efficiency—not supply—becomes limiting. Foliar application delivers nutrients; conversion efficiency determines whether they are used predictably.
Reaction Limitation
- During reproductive development and rapid growth, ATP turnover increases, carbohydrate transport accelerates, and potassium mobility becomes critical.
- Even when tissue concentration is adequate, internal assimilation capacity can limit performance.
- Increasing rate does not resolve conversion load.
Mechanism
- Delivers phosphorus and potassium in an amino-associated matrix structured to reduce metabolic burden and improve internal utilization during high-demand stages.
- The objective is not stimulation. It is improved conversion efficiency.
Plant Behavior
- More stable phosphorus utilization during reproductive demand.
- Improved potassium movement under carbohydrate load.
- Reduced volatility in sap trends during peak growth stages.
Structural Differentiation
- Conventional foliar PK relies on ionic concentration at the leaf surface.
- Aminyx PK is structured to influence behavior after absorption—reducing assimilation burden rather than increasing concentration.
- Form determines burden.
Economic Implication
- Reduces the need to increase foliar concentration when response lags.
- Reduces variability between growth stages and inefficiency during peak demand windows.
- Predictability lowers waste.
Measurement & Validation
- Stabilized sap phosphorus trends.
- Reduced mid-season PK fluctuation.
- Consistent reproductive performance under demand pressure.
Aminyx N20
20-0-0 • Stabilized Amine Nitrogen
BroadcastSoilFertigationFoliar
Guaranteed Analysis
Total Nitrogen (N)20%
20% Urea Nitrogen
Derived From
Urea
Rate
16 oz – 3 gal/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx N20 supplies amine nitrogen stabilized within a carbon-supported Aminyx matrix designed to improve conversion efficiency and reduce assimilation instability under demand. Nitrogen response is not determined by rate alone—internal processing burden influences efficiency.
Reaction Limitation
- Nitrogen must be converted before it becomes structural protein and functional tissue.
- During rapid growth or reproductive transition, conversion load increases and nitrogen volatility becomes more likely.
- When instability increases, efficiency declines.
Mechanism
- Delivers nitrogen derived from urea in an amino-carbon matrix that stabilizes solution behavior and supports predictable assimilation after uptake.
- Structured to reduce conversion instability rather than rely on higher concentration.
Plant Behavior
- More stable nitrogen utilization across growth stages.
- Reduced volatility in sap nitrogen trends during high demand.
- Improved consistency during reproductive transition.
Structural Differentiation
- Commodity liquid urea solutions focus on concentration.
- Aminyx N20 incorporates carbon stabilization and Aminyx functionality to influence post-absorption utilization efficiency.
- Form influences burden.
Economic Implication
- Reduces excess rate dependency and corrective in-season nitrogen passes.
- Improves efficiency per pound applied by lowering volatility.
- Predictability lowers waste.
Measurement & Validation
- Stabilized sap nitrogen trends.
- Reduced late-season nitrogen correction requirements.
- Improved consistency under high growth demand.
Aminyx Core
1.5-0-0 • Amino-Carbon Metabolic Infrastructure
Foliar
Guaranteed Analysis
Total Nitrogen (N)1.5%
1.5% Water Soluble Nitrogen
Derived From
Leather Hydrolysate
Rate
4–16 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Core supplies the amino-carbon components that form the metabolic foundation of the Aminyx product line. It is not a primary nutrient source; it is structural infrastructure designed to support assimilation efficiency and improve how applied nutrition performs within plant tissue.
Reaction Limitation
- During periods of elevated growth demand, nutrient concentration alone does not determine performance.
- Internal conversion capacity and metabolic stability influence whether nutrients are assimilated predictably.
- When assimilation capacity becomes limiting, response stalls—even when nutrients are present.
Mechanism
- Delivers hydrolyzed amino compounds that provide organic carbon support and amino-associated nitrogen.
- Designed to support internal conversion processes without acting as a stimulant.
Plant Behavior
- Improved consistency in foliar nutrient response.
- Enhanced metabolic stability under demand.
- Reduced volatility during rapid growth transitions.
Structural Differentiation
- Not a hormonal stimulant or trigger product.
- Functions as metabolic infrastructure—improving the internal environment in which nutrients are converted and utilized.
- Enhances performance of applied fertility without serving as a standalone nutrient driver.
Economic Implication
- Reduces variability in foliar program response and overcompensation through higher rates.
- Improves efficiency during stress periods by supporting conversion stability.
- Predictability improves nutrient return on investment.
Measurement & Validation
- Improved consistency in sap nutrient trends.
- More stable response to stacked foliar programs.
- Reduced metabolic stall during high demand.
AminyxPro Zinc 9%
9% Zinc • Polyamine-Associated Delivery
BroadcastSoilFertigationFoliar
Guaranteed Analysis
Zinc (Zn)9%
9% Water Soluble Zinc
Derived From
Zinc Oxide
Rate
4–64 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
AminyxPro Zinc 9% utilizes polyamine association to influence zinc behavior after absorption, supporting consistent solubility, internal mobility, and assimilation during high-demand stages.
Reaction Limitation
- Zinc limitations often arise from inconsistent availability and restricted internal mobility rather than simple absence.
- Concentration alone does not ensure utilization during high demand.
Structural Delivery
- Polyamine association supports improved solubility and controlled availability.
- Designed to enhance internal mobility and assimilation consistency after uptake.
Economic Behavior
- Reduces rate escalation when response lags and improves predictability per ounce applied.
- Reduces repeat micronutrient applications driven by volatility.
Use Pattern
- Selected where zinc demand is elevated and premium delivery consistency is required across foliar, fertigation, banded, or broadcast programs.
AminyxPro Iron 5%
5% Iron • Polyamine-Associated Delivery
BroadcastSoilFertigationFoliar
Guaranteed Analysis
Iron (Fe)5%
5% Water Soluble Iron
Derived From
Iron Sulfate
Rate
4–64 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
AminyxPro Iron 5% utilizes polyamine association to improve iron solubility and reduce volatility in delivery where conventional iron programs perform inconsistently.
Reaction Limitation
- Iron limitations frequently occur under high pH or bicarbonate influence where availability and internal mobility are restricted.
- Applied iron can remain functionally unavailable without delivery architecture that supports consistent assimilation.
Structural Delivery
- Polyamine association supports improved solubility and internal mobility after uptake.
- Designed to improve assimilation consistency during high-demand stages.
Economic Behavior
- Reduces escalating iron rates and repeat corrective applications.
- Improves predictability per ounce applied by lowering volatility.
Use Pattern
- Selected where iron availability is limiting and premium delivery consistency is required across foliar, fertigation, banded, or broadcast programs.
AminyxPro Boron 10%
10% Boron • Polyamine-Associated Delivery
BroadcastSoilFertigationFoliar
Guaranteed Analysis
Boron (B)10%
10% Water Soluble Boron
Derived From
Boric Acid
Rate
4–64 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
AminyxPro Boron 10% utilizes polyamine association to support controlled availability and more consistent assimilation during reproductive demand.
Reaction Limitation
- Boron demand increases during reproductive development and carbohydrate movement.
- Inconsistent delivery can create volatility in tissue levels during high-demand stages.
Structural Delivery
- Polyamine association supports controlled availability and improved internal movement after uptake.
- Designed for utilization stability rather than concentration-driven response.
Economic Behavior
- Reduces rate escalation during reproductive stages and repeat corrective applications.
- Improves predictability per ounce applied.
Use Pattern
- Selected where boron demand is elevated and premium delivery consistency is required across foliar, fertigation, banded, or broadcast programs.
Aminyx Zinc 8%
8% Zinc • Amino-Associated Zinc Sulfate
BroadcastSoilFertigationIn-FurrowFoliar
Guaranteed Analysis
Zinc (Zn)8%
8% Water Soluble Zinc
Sulfur (S)3.9%
3.9% Combined Sulfur
Derived From
Zinc Sulfate
Rate
4–128 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Zinc 8% delivers zinc from a sulfate source in association with Aminyx organic components to support consistent solubility and utilization efficiency within its application tier.
Reaction Limitation
- Zinc limitations often arise from restricted internal mobility and inconsistent utilization rather than simple absence.
- Surface availability does not guarantee functional performance.
Structural Delivery
- Delivers zinc in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization volatility.
- The sulfate fraction contributes supplemental sulfur while the Aminyx matrix supports post-absorption behavior.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces escalating zinc rates, repeat corrective applications, and micronutrient variability across growth stages.
- Efficiency within its tier improves predictability per ounce applied.
Use Pattern
- Used where zinc demand is present and consistent delivery is required across broadcast, banded, fertigation, in-furrow, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.
Aminyx Copper 5%
5% Copper • Amino-Associated Copper Sulfate
BroadcastSoilFertigationIn-FurrowFoliar
Guaranteed Analysis
Copper (Cu)5%
5% Water Soluble Copper
Sulfur (S)2.5%
2.5% Combined Sulfur
Derived From
Copper Sulfate
Rate
4–128 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Copper 5% delivers copper from a sulfate source in association with Aminyx organic components to support consistent solubility and utilization efficiency within its application tier.
Reaction Limitation
- Copper limitations frequently stem from inconsistent internal utilization rather than simple absence.
- Surface concentration does not ensure functional enzyme activity within plant tissue.
Structural Delivery
- Delivers copper in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization variability.
- The sulfate fraction contributes supplemental sulfur while the Aminyx matrix supports post-absorption behavior.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces escalating copper rates, repeat corrective applications, and micronutrient volatility across growth stages.
- Efficiency within its tier improves predictability per ounce applied.
Use Pattern
- Used where copper demand is present and consistent delivery is required across broadcast, banded, fertigation, in-furrow, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.
Aminyx Iron 5%
5% Iron • Amino-Associated Ferrous Sulfate
BroadcastSoilFertigationIn-FurrowFoliar
Guaranteed Analysis
Iron (Fe)5%
5% Water Soluble Iron
Sulfur (S)2.5%
2.5% Combined Sulfur
Derived From
Ferrous Sulfate
Rate
4–128 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Iron 5% delivers iron from a ferrous sulfate source in association with Aminyx organic components to support consistent solubility and utilization efficiency within its application tier.
Reaction Limitation
- Iron limitations frequently occur under high pH or bicarbonate influence where availability and internal mobility are restricted.
- Tissue presence does not guarantee functional chlorophyll formation or metabolic activity.
Structural Delivery
- Delivers iron in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization volatility.
- The sulfate fraction contributes supplemental sulfur while the Aminyx matrix supports post-absorption behavior.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces escalating iron rates, repeat corrective applications, and micronutrient variability across growth stages.
- Efficiency within its tier improves predictability per ounce applied.
Use Pattern
- Used where iron demand is present and consistent delivery is required across broadcast, banded, fertigation, in-furrow, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.
Aminyx Magnesium 3%
3% Magnesium • Amino-Associated Magnesium Sulfate
BroadcastSoilFertigationIn-FurrowFoliar
Guaranteed Analysis
Magnesium (Mg)3%
3% Water Soluble Magnesium
Sulfur (S)3.5%
3.5% Combined Sulfur
Derived From
Magnesium Sulfate
Rate
4–128 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Magnesium 3% delivers magnesium from a sulfate source in association with Aminyx organic components to support consistent solubility and utilization efficiency within its application tier.
Reaction Limitation
- Magnesium limitations often emerge during elevated photosynthetic demand or rapid vegetative growth where internal utilization becomes limiting.
- Tissue presence does not guarantee functional chlorophyll efficiency or energy transfer consistency.
Structural Delivery
- Delivers magnesium in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization volatility.
- The sulfate fraction contributes supplemental sulfur while the Aminyx matrix supports post-absorption behavior.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces escalating magnesium rates, repeat corrective applications, and micronutrient variability across growth stages.
- Efficiency within its tier improves predictability per ounce applied.
Use Pattern
- Used where magnesium demand is present and consistent delivery is required across broadcast, banded, fertigation, in-furrow, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.
Aminyx Manganese 5%
5% Manganese • Amino-Associated Manganese Sulfate
BroadcastSoilFertigationIn-FurrowFoliar
Guaranteed Analysis
Manganese (Mn)5%
5% Water Soluble Manganese
Sulfur (S)2.5%
2.5% Combined Sulfur
Derived From
Manganese Sulfate
Rate
4–128 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Manganese 5% delivers manganese from a sulfate source in association with Aminyx organic components to support consistent solubility and utilization efficiency within its application tier.
Reaction Limitation
- Manganese limitations often develop under high pH or oxidizing conditions where availability and internal utilization become restricted.
- Tissue presence does not guarantee functional enzyme activity or consistent energy metabolism.
Structural Delivery
- Delivers manganese in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization volatility.
- The sulfate fraction contributes supplemental sulfur while the Aminyx matrix supports post-absorption behavior.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces escalating manganese rates, repeat corrective applications, and micronutrient variability across growth stages.
- Efficiency within its tier improves predictability per ounce applied.
Use Pattern
- Used where manganese demand is present and consistent delivery is required across broadcast, banded, fertigation, in-furrow, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.
Aminyx Moly 6%
6% Molybdenum • Amino-Associated Sodium Molybdate
BroadcastSoilFertigationFoliar
Guaranteed Analysis
Molybdenum (Mo)6%
6% Water Soluble Molybdenum
Derived From
Sodium Molybdate
Rate
1–4 oz/ac
Packaging
Mini Totess • 2.5 Gallon Jugs
Aminyx Moly 6% delivers molybdenum in association with Aminyx organic components to support consistent utilization where nitrogen conversion efficiency is being evaluated.
Reaction Limitation
- Molybdenum limitations can restrict nitrogen conversion efficiency during periods of elevated nitrogen demand.
- Tissue nitrogen presence does not ensure effective metabolic conversion.
Structural Delivery
- Delivers molybdenum in association with amino-derived organic components that support improved assimilation behavior after uptake and reduced utilization volatility.
- The Aminyx matrix supports post-absorption conversion stability rather than simply supplying trace concentration.
Aminyx Assimilation Support
- In addition to nutrient supply, the Aminyx matrix contributes amino-carbon components that support internal conversion stability during periods of environmental or metabolic stress.
- Compared to conventional chelation approaches, Aminyx-associated micronutrients frequently demonstrate more stable sap trends and reduced volatility during high-demand stages.
- This influence occurs within plant tissue and is independent of tank compatibility characteristics.
Economic Behavior
- Reduces nitrogen conversion variability and corrective micronutrient volatility.
- Improves predictability per ounce applied where NUE is being managed.
Use Pattern
- Used where nitrogen utilization efficiency and consistent molybdenum delivery are required across broadcast, banded, fertigation, or foliar programs.
Compatibility & Tank Behavior
- Standard Aminyx micronutrients utilize citric association for stability and compatibility within most structured fertility programs.
- They are designed to integrate predictably within the Soil Mender product line and commonly used nutrition inputs.
- As with all citric-associated micronutrients, jar testing is recommended when combining with high-salt or strongly alkaline materials.