ZAMIR 400 EV

Why «ZAMIR 400 EW» has become the standard in cereal and sunflower protection

In modern agriculture, as fungal pathogens grow increasingly resistant to single-active ingredients, «ZAMIR 400 EW» from the Israeli manufacturer «F. Makhteshim Chemical Works» serves as a robust tool for comprehensive control. This fungicide stands out due to its dual-component formula: the combination of prochloraz and tebuconazole creates a synergistic effect, covering a wide spectrum of threats.

The key advantage lies in the combination of systemic action and translaminar penetration. Prochloraz (an imidazole) provides a protective barrier on the surface and suppresses infection within plant tissues, while tebuconazole quickly enters the plant system to ensure long-term preventative and curative effects. This synergy is critical for managing disease complexes in wheat and barley (such as septoria) as well as sunflowers (phomopsis, phoma, and rot).

Practical Efficiency

• Crop Resilience: Unlike many budget-tier fungicides, «ZAMIR 400 EW» performs well even under unstable weather conditions, maintaining its efficacy thanks to its water-emulsion formulation which promotes superior surface adhesion.
• Rot Control: This is one of the few solutions that effectively curbs the development of white and gray rot in sunflowers, directly impacting yield preservation and harvest quality.
• Application Flexibility: The preparation allows for up to 2 applications per season, giving agronomists the flexibility to respond to changing phytosanitary conditions in the field.

Who is this product for? «ZAMIR 400 EW» is the choice for professional agricultural holdings and farmers focused on maximizing output per hectare. It is optimal for operations with intensive cereal and oilseed crop rotations where the risk of pathogen buildup in soil and crop residue is particularly high. When following the application protocol (a rate of 1–1.5 L/ha and a 30-day pre-harvest interval), the product ensures consistent results without the risk of phytotoxicity.