Dry Fertilizer Coating Powered by Bio-Gel® Technology
YieldArmor™ is Midwestern BioAg’s Bio-Gel® technology applied directly to dry fertilizer, creating a coating that enhances dry fertilizer efficiency and activates nutrient availability in the soil.
On average, growers have seen a 9 BPA yield increase by improving how dry fertilizer performs in the soil.
How Does YieldArmor Work?
1. Granule-Level Activation
The Bio-Gel coating creates a carbon-rich interface between the fertilizer granule, soil moisture, and soil biology. This improves how nutrients interact with water and microbes after application, helping nutrients stay available rather than being lost to leaching, tie-up, or early-season stress.
2. Improve Nutrient Efficiency
YieldArmor enhances nutrient availability and supports more consistent nutrient performance throughout early crop development.
Performance Benefits
Faster Early-Season Growth
Fields treated with YieldArmor show faster early-season performance, helping prime the crop for top-end yield potential.
Improved ROI
Growers achieved an average 3x ROI.
Fits Any System
YieldArmor enriches existing dry fertilizer programs, giving growers a straightforward way to enhance nutrient availability and manage water.
Application Use Window & Fit
- Application Rate: 0.5 lb/acre
- Apply to any dry blend fertilizer including TerraNu®, Potash, MAP, Urea, and other dry blends
- For best results, use a crop oil adjuvant to enhance adhesion and flowability
YieldArmor integrates seamlessly into existing fertility systems without requiring operational changes.
Product Characteristics
- Dry fertilizer coating
- Powered by Bio-Gel® Technology
- Enhances nutrient efficiency at the granule level
- Improves nutrient-water-microbe interaction
- Compatible with common dry fertilizer blends
- Designed to reduce nutrient loss and tie-up
- Supports early-season crop vigor
Loyal to Your Soil Benefits
YieldArmor aligns with our Loyal to Your Soil commitment by:
- Improving nutrient availability and efficiency
- Supporting healthier soil biology interactions
- Enhancing water-nutrient dynamics in the root zone
- Reducing nutrient loss potential
- Promoting more sustainable fertilizer performance