Tebufenozide Powder CAS 112410-23-8

Generally, 20% tebufenozide suspension or 200 g/L tebufenozide suspension 1500-2000 times liquid is used for uniform spray control, which can effectively control the harm of cotton bollworm. Cabbage caterpillar is a common pest on cruciferous vegetables, which feeds on leaves with larvae, causing leaves to be scratched or perforated, affecting the growth and quality of vegetables. Using 20% tebufenozide suspension 1000-2500 times liquid spray can effectively reduce the number of cabbage caterpillars. The diamondback moth is also an important pest of cruciferous vegetables, and its larvae have the ability to burrow and cause significant harm to vegetables.

The applicable crop range is wide, covering various common crops, fruit trees, vegetables, etc.
Fruit trees: can be used to prevent and control vermin such as leaf rollers, heart worms, various prickly moths, caterpillars, leaf boring moths, and inchworms on fruit trees such as dates, apples, pears, and peaches. For example, to control the apple leafroller, 20% suspension agent 1000-2000 times of liquid spray can effectively control the harm of vermin, protect the leaves and fruits of fruit trees, and improve the quality and yield of fruits. In grape cultivation, it can prevent and control vermin such as grape moths, ensuring the normal growth and development of grapes.

Other crops: It can also be used for cotton, tobacco, grain and other crops to prevent and control cotton bollworm, diamondback moth, cabbage caterpillar, beet armyworm and other lepidopteran vermin. In cotton cultivation, imidacloprid can effectively control the harm of vermin such as cotton bollworms, reducing the problem of cotton yield reduction and quality decline caused by vermin. For pest control on tobacco, it can also play an important role in ensuring the normal growth and quality of tobacco. In addition, imidacloprid can also be used for crops such as potatoes, soybeans, sugar beets, tea, walnuts, flowers, etc. to prevent and control corresponding vermin and promote the healthy growth of these crops.

Spray time: Chlorpyriprole has poor effect on eggs, and attention should be paid to spraying during the late stage of egg development or early stage of larval development. After feeding on crop leaves sprayed with pesticides, larvae stop feeding within 6-8 hours and dehydrate and die within 2-3 days. Therefore, spraying pesticides during the early stages of larval development can timely control the harm of vermin and improve the effectiveness of prevention and control. For example, to control pine caterpillars, 24% tebufenozide suspension can be sprayed with 1200-2400 times of liquid spray at the initial stage of larval hatching, which can effectively reduce the number of pine caterpillars and protect forest resources.

Mixing with biological pesticides such as avermectin and emamectin benzoate: Biological pesticides have the characteristics of environmental protection and safety. When mixed with imidacloprid, tebufenozide powder can reduce the use of chemical pesticides, reduce environmental pollution, and improve prevention and control effectiveness. For example, when controlling the diamondback moth, the mixture of imidacloprid and avermectin can enhance the control effect on the diamondback moth, especially for diamondback moths with average efficacy of imidacloprid, the mixed effect is even better.
Mixing with Bacillus thuringiensis: Bacillus thuringiensis is a microbial insecticide that has a specific effect on Lepidoptera pests. When mixed with imidacloprid, the synergistic effect of both can be exerted to improve the control effect on vermin and delay the development of pest resistance.