Rancona 450

Professional seed protection: The efficacy of Rancona 450

The foundation of a high-yield harvest in soy and corn begins before the seed even breaks the soil surface. Rancona 450 is a high-performance systemic fungicide designed to provide a robust shield against soil-borne and seed-borne diseases. Powered by ipconazole, a member of the triazole class, this treatment creates a systemic barrier that protects developing seedlings during their most vulnerable growth stages.

European manufacturing heritage

The product stands as a benchmark of European agricultural chemical expertise. The formulation is the result of collaborative production across leading facilities, including Lanxess Solutions Italy S.r.l (formerly McDermid Agricultural Solutions), Arista LifeScience (France), Chemark (Hungary), and SBM Formulation (Belgium). This manufacturing synergy ensures a stable, high-quality emulsion that provides uniform seed coverage without compromising germination integrity.

Targeting key agricultural threats

Rancona 450 is essential for farmers looking to mitigate risks associated with poor soil conditions and pathogen pressure. It is specifically formulated to combat:

• Helminthosporium and Fusarium root rot, which often lead to premature plant death and thin stands.
• Smut diseases (common and loose smut in corn), which pose a significant threat to crop quality and volume.
• Seed decay and mold, particularly in cool or damp spring conditions.

With an application rate of 0.5–2 liters per tonne and a requirement of only one application per season, Rancona 450 offers both economic and operational efficiency. Classified as hazard class 3, the product is suitable for standard professional handling procedures.

Why choose a systemic approach

In modern agronomy, the choice of a seed treatment is a strategic investment. By opting for Rancona 450, producers gain the benefit of advanced systemic protection that continues working as the plant emerges. This allows for more flexible planting schedules and ensures that both corn and soy have the best possible start, regardless of initial environmental challenges.