Learn how each application challenge—from yield gaps to spray drift—can be addressed using plant-based formulation science.
Yield Optimization
Understand the agronomic factors behind yield gaps and how micelle-based delivery influences nutrient availability at the plant level.
Spray Performance
Learn how droplet size, surface tension, and cuticle structure affect spray penetration—and what micelle technology does differently.
Soil Health
Explore how soil biology, pH, and organic matter interact with nutrient availability—and how non-ionic formulations affect these dynamics.
Stress Mitigation
Understand how abiotic stressors like drought, heat, and salinity affect crop physiology and what plant-derived compounds do in response.
Crops
Select Your Crop
Find the right TrueField program for your operation. Tailored recommendations based on your crop's specific needs.
Technology
Ultra-Small Micelle Technology
Our plant-derived micelles measure just 1.2–4.4 nm, enabling superior penetration through leaf cuticles and soil interfaces. This isn't marketing—it's measurable science.
Plant-based, non-ionic formulation
Penetrates waxy leaf surfaces effectively
Improves nutrient and active delivery
Compatible with existing crop protection programs
Data & Proof
Results You Can Measure
We don't ask you to trust us—we show you the data. Field trials, university research, and real-world results.
100+
Field Trials
Over 100 documented field trials across multiple crops and geographies.
15+
University Research
Independent validation from leading agricultural research institutions.
5:1 Avg
ROI Documentation
Transparent cost-benefit analysis for every product application.
Want to Learn What This Looks Like in the Field?
Our agronomy team can walk you through the research and help you understand which approaches apply to your crop system.
Transparent chemistry. Science-backed insights. Powered by PlyntTech.