Micropulse Dispers

Dual-Action Protection: Combining Contact and Systemic Efficacy

"Microplus Disperse" is a specialized crop protection tool engineered by UPL Limited to provide comprehensive control over a broad spectrum of pathogens. By integrating sulfur (a classic contact fungicide) with tebuconazole (a powerful systemic triazole), the formulation offers both preventive coverage and curative internal action.

Technical Design and Formulation

The product is formulated as water-dispersible granules, a technical choice that directly impacts application efficiency in the field. This formulation type ensures:

• Optimal Solubility: Rapid dispersion in the spray tank, preventing clogging of nozzles during operations.
• Uniform Coverage: Excellent adherence to leaf surfaces, which is vital for sulfur to provide an effective protective barrier against fungal penetration.
• Systemic Distribution: Tebuconazole acts by inhibiting ergosterol biosynthesis within fungal cells, stopping the development of infections such as helminthosporiosis, septoria, and powdery mildew from the inside out.

Operational Efficiency for Major Crops

Produced by UPL Vietnam, this fungicide is designed to meet the rigorous demands of large-scale agriculture. It is registered for use on key crops, including winter wheat, barley, rye, sunflower, soybean, and sugar beet. Its dual-action approach is particularly critical during periods of rapid plant growth, where systemic protection against diseases like phomosis or cercospora ensures the integrity of the leaf area, directly translating into protected yield potential.

From a technical standpoint, the formulation balances high fungicidal activity with practical application parameters. Classified under the 3rd hazard class, the product requires standard safety protocols but provides a robust solution for managing complex, multi-pathogen environments. By preventing fungal development, it helps maintain the photosynthetic capacity of the crops, providing growers with a reliable tool for high-yielding agricultural systems.