Antal

Synergy of Three Components: How Antal Works

The fungicide seed treatment "Antal" from Nertus is a comprehensive solution designed for grain crop protection. Its efficacy is rooted in the synergistic combination of three active ingredients from distinct chemical classes: thiabendazole (benzimidazoles), imazalil (imidazoles), and tebuconazole (triazoles). This blend provides a broad spectrum of activity, targeting pathogens at multiple cellular and biochemical levels.

Technical Breakdown of Active Ingredients

• Thiabendazole: Inhibits fungal cell division (mitosis), providing control over root rots and smut diseases.
• Imazalil: Features high penetration capability, which is vital for eradicating deep-seated seed infections that contact fungicides cannot reach. It is highly effective against Helminthosporium species.
• Tebuconazole: Disrupts ergosterol biosynthesis in fungal cell membranes. As a systemic component, it ensures long-lasting protective action and suppresses pathogen development during the early stages of crop growth.

The systemic mechanism of Antal involves the rapid uptake of components into the seed embryo and seedling tissues. This creates a protective shield for the crop during its most vulnerable phases—germination and tillering. Being a flowable suspension concentrate, the product ensures uniform coverage across the seed surface, preventing gaps in protection.

Practical Advantages

A key technological benefit is the low dosage rate (less than 0.5 L/t). This optimizes logistics and minimizes stress on the seeds without causing phytotoxicity. Due to its systemic properties, Antal effectively manages Fusarium and Helminthosporium root rots, smut, septoria, and powdery mildew. A single treatment is sufficient to maintain the health of winter wheat and barley at the start of the growing season. With a Hazard Class 3 rating, the product is safe and convenient for standard industrial agricultural use.