Flusion WG

Greenexpress

Brief description

ACTIVE INGREDIENT: FLUMIOXAZIN, 510 G/KG

PREPARATIVE FORM: WATER- DISPERSIBLE GRANULES (WG)

FLUSION WG – a pre- and post-emergence systemic selective herbicide for controlling broadleaf and certain grass weeds in soybean crops. It is also a modern desiccant used in soybean, sunflower, and rapeseed fields.

• MECHANISM OF ACTION

FLUSION WG, penetrates the weed and inhibits the protoporphyrinogen oxidase (PPO) enzyme. It disrupts the plant’s metabolic functions and damages cell structures by causing a massive accumulation of porphyrinsand a sharp increase in oxidation of membrane lipids. This leads to a "burn-down" effect on actively growing weeds.

• ADVANTAGES OF THE PRODUCT

rapidly suppresses weed growth

no resistance observed

low application rate

provides protection throughout the entire growing season

ensures uniformity and speed of harvest during desiccation

reduces seed drying costs

PRODUCT is supplied in a convenient, reliable, and cost-effective container that has been tested for resistance to pressure and mechanical impact during transportation and storage. The container is equipped with a measuring cap, making it very user-friendly.

• PACKAGING – bottle 500 g

• APPLICATION METHODS

Pre-emergence application should be carried out on well-prepared and sufficiently moist soil to maximize efficacy. In such cases, tank mixing is possible with herbicides such as METRIX WG; PROGROUND SC; STRATEG SC. Application on snow-covered or frozen soil is not recommended. Avoid treatment if the crop is under stress due to temperature fluctuations, drought, mechanical damage, pest or disease pressure, or if weeds are not actively growing. Post-emergence application is most effective in warm, sunny weather. As a desiccant, the product should be applied at the physiological maturity stage of the crop (at seed moisture content of 30–50%, depending on the crop).
The optimal temperature for desiccation is between +10°C and +20°C. UV radiation can reduce the product’s effectiveness. The presence of dust or heavy dew on plant surfaces also reduces desiccation efficiency.