Nitro Boost

Nitrogen is the most expensive input on most operations — and a significant percentage of it never reaches the plant. Nitro Boost is built around the enzymes and trace elements that govern how nitrogen moves through the plant and how effectively the crop uses what you apply.
Three trace elements drive the chemistry here:

Nickel activates urease — the enzyme plants use to break down urea into usable forms internally. Without adequate nickel, urea metabolism inside the plant slows down, and nitrogen efficiency drops. Most soils don't supply enough nickel to fully support this process, especially in high-yield environments.

Cobalt is essential for nodule formation and nitrogen fixation in legumes like soybeans. It also reduces ethylene — the stress hormone that slows growth — which means co-applying Cobalt with your N solution helps crops stay in a growth mode even under the stress of rapid vegetative development.

Molybdenum converts nitrate nitrogen into amino acids inside the plant. In soils with naturally low Mo levels or high-pH conditions, this conversion slows and nitrogen efficiency suffers. Adding Mo directly with nitrogen applications keeps that conversion running efficiently.

Mixed directly into your nitrogen solution, Nitro Boost maximizes what the plant captures and uses from every unit of N you apply.

"Less nitrogen lost to volatilization and leaching. More nitrogen converted to plant-available amino acids. That's what Nitro Boost is built for."

When to Apply
• Mixed directly with liquid nitrogen (UAN, 28%, 32%)
• Y-drop or side dress applications
• Foliar spray during vegetative stages
• Fertigation