SAMSON Extra 6 OD

French Precision in Maize Protection

In the competitive field of post-emergence weed control, "SAMSON Extra 6 OD" from the French manufacturer Arysta LifeScience S.A.S. stands out as a sophisticated technical solution for maize growers. Utilizing nicosulfuron in an advanced oil dispersion (OD) formulation, this herbicide is engineered to provide consistent results against both grass and broad-leaved weeds, regardless of unpredictable weather conditions.

The Power of Oil Dispersion

The primary technical advantage of "SAMSON Extra 6 OD" is its formulation. The oil dispersion enhances the leaf surface adhesion and facilitates rapid penetration of the active ingredient into the weed’s vascular system. This systemic action is crucial for targeting resilient weeds like couch grass or green foxtail. By interrupting the metabolic processes shortly after application, the herbicide ensures that weed competition is neutralized effectively and rapidly.

Targeted Weed Control

This selective herbicide is designed specifically to eliminate competitors while maintaining the safety of the maize crop. It is highly effective against a broad range of aggressive weeds, including:

• Couch grass (Elymus repens) and Green foxtail;
• Redroot pigweed and Field mustard;
• Wild radish, Black-bindweed, and Redshank;
• Common ragweed.

With an application rate of 0.5–0.75 L/ha, the product is optimized for efficiency. The registration allows for a single treatment per season, which helps in managing labor costs and reducing the overall chemical footprint on the soil, fitting perfectly into modern integrated crop management strategies.

Operational Guidelines

As a foliar-applied (insurance) herbicide, "SAMSON Extra 6 OD" excels due to its systemic properties. It moves through the plant, ensuring that even under less-than-perfect spray coverage, the herbicide reaches the target growth points. Adherence to safety protocols, consistent with its Class 3 hazard rating, is essential during application, ensuring both operator safety and environmental stewardship while achieving maximum yield protection.