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The popularity of Chlorantraniliprole is primarily due to its inherent performance advantages that surpass similar products, which is also the core reason why it has been able to maintain its position as the world’s largest insecticide since its launch in 2008. For Lepidoptera pests such as rice leaf roller, rice stem borer, vegetable diamondback moth (silk worm), cabbage caterpillar, beet armyworm, etc. that have developed resistance to various pesticides, it has shown special control effects. At the same time, it also has good control effects on non Lepidoptera pests such as rice gall midge and rice water weevil, and its insecticidal spectrum covers most high-risk pests in agricultural production. Stable control can be achieved at low doses, and pests can immediately stop feeding, reducing crop losses from the source. The field test showed that 72 hours after the application of Chlorantraniliprole spray, the mortality rate of Trichinella elegans and Pieris rapae could reach more than 90%, and the control effect of the older larvae of beet armyworm could also reach more than 85%, and the pests could stop feeding within 1-2 hours after contact with the agent, reducing the damage to rape leaves and young stems from the source. The low toxicity of Chlorfenapyr has become a key competitive advantage. It is mildly toxic to mammals, ensuring the safety of pesticide personnel; The toxicity to beneficial organisms such as fish, shrimp, bees, and aquatic organisms in rice fields is extremely low, which meets the needs of ecological agriculture development. Meanwhile, the drug has a shelf life of over 15 days, is resistant to rainwater erosion, and has excellent permeability and conductivity. With global warming and changes in farming patterns, the frequency and severity of Lepidoptera pests are on the rise, while traditional insecticides have become increasingly resistant due to long-term use, resulting in a significant decrease in control effectiveness. Chlorantraniliprole, with its unique mechanism of action, has become a key choice to solve the problem of resistance.