Scarlet

Secure seedling establishment with advanced seed treatment

For agronomists managing winter cereals or soybeans, soil-borne diseases represent a significant threat to crop density. "Scarlet" is a systemic seed treatment fungicide engineered to eliminate the impact of fungal pathogens right from the moment of sowing, ensuring robust emergence and healthy development.

Targeted field performance

"Scarlet" is the choice for operations looking to mitigate infection risks across cereal-intensive crop rotations. It is effectively deployed for the following objectives:

• Bunt control: delivers reliable protection against common bunt (Tilletia spp.) in wheat, securing crop quality.
• Root health management: addresses helminthosporium root rot and other systemic root infections that threaten field uniformity.
• Seed protection: prevents seed molding during stressful germination conditions, particularly during cold or wet sowing windows.
• Early-stage disease control: the systemic action of its active ingredients provides a protective buffer for young seedlings against septoria and other common pathogens.

Practical application and technical efficiency

The formulation (suspension concentrate) is optimized for modern seed treating equipment. It ensures uniform coverage on every seed, minimizing dust and preventing nozzle clogging. With a usage rate of 0.3–0.4 L/t, the product is highly cost-effective, fitting seamlessly into input budgets for grain and soybean production.

The product utilizes a synergy of Imazalil, Tebuconazole, and Imidazoles. This systemic combination protects not only the seed surface but also penetrates deeper into the tissue. Classified under hazard class 3, "Scarlet" requires standard handling protocols, while its requirement for only one treatment simplifies the operational schedule during the busy sowing period. Manufactured by "Frandesa" (Belarus) and "Shchelkovo Agrokhim-KZ" (Kazakhstan), the product meets strict standards for active ingredient concentration, ensuring consistent performance in every batch.