STOP JUK, CS

Synergy of Components: The Chemical Architecture of "STOP ZHUK, KS"

The efficacy of the insecticide "STOP ZHUK, KS" is based on a combination of two active ingredients belonging to distinct chemical classes. This engineering approach allows the product to target pests through multiple neurophysiological channels simultaneously, effectively mitigating the risk of resistance development.

Technical Breakdown of the Formulation

• Clothianidin (Neonicotinoids): A systemic component that is rapidly absorbed by plant tissues. It blocks nicotinic acetylcholine receptors in the insect’s nervous system, leading to paralysis and death. A critical advantage is its ability to translocate through the xylem, providing protective cover for new shoots that emerge post-application.
• Lambda-cyhalothrin (Pyrethroids): Provides an immediate "knockdown effect." This substance affects the permeability of sodium channels in cell membranes, disrupting the transmission of nerve impulses. When paired with systemic Clothianidin, this component halts pest activity within minutes of contact, preventing mechanical damage to the foliage.

Practical Application Insights

The suspension concentrate (SC) formulation is optimized to produce a highly stable spray solution. Due to the fine particle size, the solution coats the leaf surface uniformly and exhibits high adherence, even under suboptimal weather conditions. The product’s systemic action effectively suppresses populations of both piercing-sucking and chewing pests (ranging from Colorado potato beetles to cryptic thrips and weevils) across various development phases, from potatoes to oilseed rape.

Operational Protocol: The optimal application rate is 0.1–0.15 L/ha. The product is rated for a maximum of 2 applications per season. Adhering to the 30-day pre-harvest interval is essential to ensure the complete degradation of active substances within the crop tissues.