MORGAN, KS (mesotrion, 100 g/l +nicosulfuron, 45 g/l)

A robust solution for corn weed management

Effective weed control in corn production requires a precise combination of active ingredients to cover a broad spectrum of threats. MORGAN, KS, produced by "Fabryka Ahrokhimikativ" (Factory of Agrochemicals), is a professional-grade herbicide designed to address this challenge by leveraging the synergy of mesotrione (100 g/l) and nicosulfuron (45 g/l). This dual-action approach allows for comprehensive management of both annual and perennial grasses and broadleaf weeds in a single pass.

The Power of Synergy

What makes MORGAN, KS a reliable market participant is its dual-mode action. While nicosulfuron provides systemic control over tough grass weeds by inhibiting key plant enzymes, mesotrione acts as a powerful complement, dealing with broadleaf weeds that often escape simpler treatments. This combination minimizes the risk of weed resistance and ensures the crop can establish itself without resource competition.

Field Application and Technical Specifications

Designed as a selective, post-emergence herbicide, this product is formulated as a suspension concentrate, ensuring excellent tank mix compatibility and leaf adhesion. To achieve the best results, consider these key operational parameters:

• Dosage: 1–1.25 liters per hectare, providing an efficient balance between cost and efficacy.
• Timing: Ideally applied during the crop's 3-to-6-leaf stage to maximize weed sensitivity.
• Mode of Action: Selective, systemic herbicide applied via foliar spraying.
• Frequency: Designed for a single-pass application, optimizing time and labor resources during the busy growing season.

As a 3rd hazard class chemical, it requires standard protective measures during handling, but it provides predictable performance in the field. For farmers looking for a high-performance, cost-effective herbicide from a reputable Ukrainian producer, MORGAN, KS offers a straightforward, efficient path to keeping corn fields clean and yields at their potential maximum.