Dixil Ultra

Securing Cereal Yields: Practical Application of Dixil Ultra

When it comes to preparing winter crops for the growing season, seed treatment is the most cost-effective investment in plant health. Dixil Ultra, produced by the British company F.Meaton Limited, is a systemic fungicide widely used by farmers to safeguard winter wheat and barley against a broad spectrum of seed and soil-borne diseases.

The product is based on Tebuconazole, a member of the triazole class known for its curative and protective properties. Its systemic action allows the active ingredient to penetrate the seed and translocate as the plant emerges, creating a durable defense zone against pathogens. This is crucial for early establishment, especially when facing challenging autumn weather conditions.

Targeting Threats in the Field

Farmers choose Dixil Ultra to mitigate risks from several key diseases:

• Root rots (Fusarium and Helminthosporium), which are notorious for reducing plant density before winter dormancy.
• Septoria and various leaf spots, which can compromise photosynthetic capacity at early growth stages.
• Powdery mildew and onion smut, ensuring the crop remains healthy from the very first days.

Presented as a flowable suspension concentrate, Dixil Ultra provides excellent seed coverage. Its low application rate (less than 0.5 L/t) makes it a logistics-friendly option that simplifies storage and mixing, while ensuring optimal coverage per ton of seeds.

Best Practices for Implementation

For the best results, it is essential to ensure that the seed material is well-cleaned and free from dust before the treatment process. This ensures maximum adhesion and uniform distribution of the fungicide across the grain surface. As a Hazard Class 3 product, standard safety precautions are required during handling, yet its non-phytotoxic profile makes it a safe choice for treated seeds when used as directed. By utilizing this systemic fungicide in a single application, growers can ensure a uniform, strong crop emergence, effectively minimizing the impact of soil-borne infections.