Hydrovant FA is a chemistry delivery system engineered to improve plant absorption of active ingredients. Developed and evaluated through replicated field and laboratory trials, Hydrovant FA increases the efficacy of all types of actives. The distinctive polymer matrix retains a greater proportion of the active ingredient at the target site, resulting in more efficient and effective applications.

Irramax is an advanced polymer technology that helps irrigation water work harder in the soil by improving infiltration, extending lateral movement, and increasing moisture retention where crops need it most. The result is broader moisture coverage, improved nutrient positioning, and more effective root-zone performance.

Launching November 2026, Hydrovant ULV is precision-formulated for aerial applicators who demand peak performance in challenging conditions. Designed for low water volumes and concentrated mixtures, it delivers reliable coverage even under the toughest circumstances.

Coming Spring 2027, Irramax OH is an overhead irrigation-water enhancer based on Corbet’s patented polymer technology. It is designed for production agriculture to improve infiltration, ensure even distribution, and maintain moisture in the root zone, making each irrigation hour more effective.

Hydrovant FA, marketed as Aguavant in Central and South America, is a chemistry delivery system engineered to improve plant absorption of active ingredients. Developed and evaluated through replicated field and laboratory trials, Aguavant increases the efficacy of all types of actives. The distinctive polymer matrix retains a greater proportion of the active ingredient at the target site, resulting in more efficient and effective applications.

Hydrovant FA, marketed as PolymerTaxi in Mexico, is a chemistry delivery system engineered to improve plant absorption of active ingredients. Developed and evaluated through replicated field and laboratory trials, Aguavant increases the efficacy of all types of actives. The distinctive polymer matrix retains a greater proportion of the active ingredient at the target site, resulting in more efficient and effective applications.