Triada

Synergy of three triazoles: why Triada outperforms standard fungicides

When it comes to cereal protection, standard solutions often fall short. Triada, developed by Shchelkovo Agrokhim-KZ, is not just another fungicide; it is a highly specialized systemic tool where three active ingredients (propiconazole, tebuconazole, and epoxiconazole) work in synergy. This combination allows for comprehensive control over the entire spectrum of threats facing winter wheat, barley, and spring wheat.

Technological edge: nano-emulsion formulation

The core advantage of this product lies in its formulation. As a nano-emulsion concentrate, it provides particle sizes significantly smaller than those of conventional emulsion concentrates. What does this mean for agronomists?

• Rapid uptake: active ingredients reach the infection site faster than the pathogen can adapt.
• Wash-off resistance: the composition adheres better to the waxy leaf surface, which is critical during unpredictable weather.
• Even distribution: high dispersibility allows the preparation to spread uniformly across the plant surface.

Target diseases

Triada is highly effective against a complex of diseases capable of reducing yields by up to 30%, including septoria, powdery mildew, tan spot (pyrenophora), and especially Fusarium head blight. Its systemic action not only protects existing tissues but also prevents the spread of disease to new growth.

Application strategy

Classified as a Hazard Class 3 product, Triada requires standard safety measures. The application rate varies from 0.5 to 1.0 L/ha, offering flexibility in protection costs depending on infection severity. With a limit of two applications per season, it fits well into integrated pest management programs when properly timed to prevent resistance.

Why choose Triada? It is the ideal solution for intensive cereal farming where preventing spike diseases is critical. By integrating three powerful components into one formula, it eliminates the need for complex tank mixes, significantly reducing the risk of chemical incompatibility and application errors.