Rodalit Super

Reliable Protection for Cereals and Oilseed Rape

In modern intensive farming, selecting a fungicide is all about balancing cost-per-hectare with reliable performance against rusts and leaf spots. "Rodolit Super" by Sharda Cropchem is a trusted tebuconazole-based solution, serving as a robust tool for preserving the yield potential of wheat and oilseed rape. By combining contact and systemic action, this fungicide does more than just treat existing outbreaks; it provides long-lasting protection for plant tissues.

Key Application Scenarios

Agronomists typically rely on Rodolit Super in two critical management situations:

• Cereal Protection: The product is highly effective against various rusts (brown, stem, yellow) and septoria. It is commonly chosen for the first or second application to curb fungal spread after the jointing stage. The systemic nature of tebuconazole is particularly valuable for controlling Fusarium head blight, as it ensures deep penetration into plant tissues.
• Oilseed Rape Management: Rodolit Super is essential for managing Phoma, Phomopsis, and Alternaria. The high concentration of the active ingredient suppresses the infectious background, which is crucial during periods of high humidity when the risk to pods and stems is at its peak.

Application and Technical Guidelines

Formulated as an aqueous emulsion, the product simplifies the preparation of tank mixes and ensures excellent adhesion to the waxy leaf cuticle. Depending on the disease severity and growth stage, application rates range from 0.5 to 1.0 L/ha. To ensure optimal coverage of the target surface—especially when targeting the head of the plant—it is recommended to use a spray volume of 4.0 L/ha or higher. The product allows for up to two applications per season, offering flexibility in integrated pest management programs.

As a Class 2 hazard substance, Rodolit Super requires strict adherence to safety protocols during handling and application. This fungicide is the choice for producers seeking a proven, reliable chemistry that stops pathogens at the first sign of infection, preventing significant yield losses during the critical stages of grain and seed quality formation.