With fertiliser costs remaining one of the largest expenses in broadacre farming, growers are increasingly focused on improving nitrogen efficiency and maximising the return from every kilogram applied. In an environment of rising input costs and seasonal uncertainty, protecting nitrogen has become just as important as applying it.
That's where N-Yield comes in.
Distributed by Sonic Essentials, N-Yield is a urease inhibitor designed to protect nitrogen during the critical period after urea application. By slowing the activity of the urease enzyme, N-Yield helps reduce the rapid conversion of urea into ammonia gas, minimising volatilisation losses and giving rainfall or irrigation more time to move nitrogen into the soil where crops can access it.
What makes N-Yield different is the flexibility it offers growers. Rather than purchasing pre-treated fertiliser months in advance, growers can apply N-Yield on-farm when required. This allows treatment decisions to be made closer to application, based on seasonal conditions, rainfall forecasts, and paddock requirements.
At the core of N-Yield is penXcel™ Technology, an advanced delivery system designed to optimise product performance. penXcel™ improves penetration into urea granules, enhancing coverage and supporting more consistent NBPT performance across every application. It also improves NBPT stability, helping maintain product effectiveness during storage while speeding up blending and reducing treatment time.
The result is a practical, efficient solution that helps growers protect one of their most valuable investments while maintaining control over when and how fertiliser is treated.
As farming continues to evolve, growers need solutions that are effective, flexible, and easy to integrate into existing operations. N-Yield delivers exactly that—helping keep more nitrogen where it belongs, in the soil and available for crop uptake when it matters most.
To learn more, visit Sonic Essentials and discover how N-Yield can help maximise the value of every nitrogen application.