Starane Premium 330 EC

French Precision in Weed Management

Starane Premium 330 EC stands as a cornerstone in modern agronomy, representing the high-standard selective herbicide technology developed by Dow AgroSciences S.A.S. Produced in Drusenheim, France, this product has earned a global reputation for its ability to tackle the most stubborn broad-leaved weeds that compromise yields in cereal and vegetable crops.

The Power of Fluroxypyr

The core efficacy of Starane Premium 330 EC stems from its active ingredient, fluroxypyr. As a systemic herbicide, it enters the plant through the leaves and travels throughout the entire vascular system. This mechanism triggers a hormonal disruption that prevents weed regrowth. Unlike contact-only treatments, this formula ensures that the weed is destroyed down to the roots, which is crucial for controlling resilient species such as cleavers, field bindweed, and various knotweeds.

Versatility and Field Application

One of the key strengths of this herbicide is its selectivity. It allows for effective weed control without compromising the health of the primary crop. Typical applications include:

• Cereals: Winter wheat, rye, barley, and triticale;
• Specialty Crops: Maize, onions, and poppies.

With an application rate of 0.3–0.6 L/ha, a single treatment is often sufficient to clear fields of invasive weeds like chickweed and dandelion. Being an emulsifiable concentrate, it is highly compatible with tank-mix partners, providing growers with operational efficiency and flexibility in their spray programs.

Why choose this formulation?

When selecting a crop protection solution, consistency is key. Starane Premium 330 EC is designed for post-emergence application, targeting weeds exactly when they compete most aggressively with the crop. While it carries a Class 3 hazard rating, requiring adherence to safety standards, its reliability in the field makes it an essential tool for high-yield farming. Trusting the expertise of Dow AgroSciences S.A.S. means choosing a product backed by decades of chemical innovation and field-tested performance.