Nuprid 600 TN.

Advanced Systemic Seed Treatment

Nuprid 600 FS is built around imidacloprid at a concentration of 600 g/L. By utilizing a flowable suspension concentrate, Nufarm Australia Ltd. ensures superior adhesion to the seed coat. Unlike dust-based treatments, this liquid formulation prevents dusting and ensures uniform distribution of the active ingredient across every seed, which is vital for achieving consistent crop emergence.

Core Technical Advantages

The systemic mode of action allows the active ingredient to translocate from the seed to the developing seedling. By targeting the nicotinic acetylcholine receptors of pests, it provides rapid and lasting protection against a wide range of destructive insects. For the agronomist, this translates into several critical operational benefits:

• Broad Spectrum Control: Effective against wireworms, aphids, flea beetles, and cereal flies, which are often the primary cause of stand loss.
• Extended Protection Window: The systemic nature provides a residual effect during the most vulnerable early stages of crop growth, especially in oilseed rape and sunflowers.
• Optimized Application: The 600 g/L concentration enables lower application rates per ton of seed, reducing logistical load and storage space.

Production Standards and Field Application

Manufactured in Chile under the stringent quality protocols of Nufarm Australia Ltd., Nuprid 600 FS exhibits excellent mixability. The suspension does not clog equipment nozzles, ensuring smooth operations during high-speed seed treatment processes. Although it falls under Hazard Class 3, adherence to standard safety protocols makes it a reliable tool for professional farmers managing wheat, corn, potatoes, and oilseed crops.

By neutralizing subterranean threats such as wireworms before they impact root integrity, Nuprid 600 FS allows the crop to focus its energy on rapid development rather than recovery. Integrating this product into the planting schedule reduces the dependency on post-emergence insecticide applications, providing a significant advantage in early-season pest management strategies.