The insecticidal activity of bifenthrin pesticide was very high, mainly for contact and stomach toxicity, without inhaling and fumigating activities. It has the advantages of rapid action, long duration and wide insecticidal spectrum.
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Bifenthrin is a potent pyrethroid insecticide known for its broad-spectrum pest control.Bifenthrin kills pests by affecting their nervous system. Specifically, it causes paralysis and death by interfering with sodium ion channels, causing abnormal nerve signaling in pests. This mechanism makes it highly effective against a wide range of pests while being less toxic to mammals and birds.
Due to its high efficiency and versatility, Bifenthrin is widely used in agriculture, horticulture and home environments. In agriculture, it protects economically important crops such as grains, cotton and fruits from pests, thereby improving yield and quality. In horticulture, it helps maintain the health of ornamental plants and flowers. In the home environment, it effectively controls structural pests such as termites and protects homes and property.
| Product Name | Bifenthrin |
| CAS Number | 82657-04-3 |
| Molecular Formula | C23H22ClF3O2 |
| Type | Insecticide |
| Brand Name | Ageruo |
| Place of Origin | Hebei , China |
| Shelf life | 2 Years |
| The mixed formulatiion products | Bifenthrin 5% + Emamectin benzoate 0.3% ME Bifenthrin 22.5% + Abamectin 4.5% SC Bifenthrin 3% + Triazophos 17% ME Bifenthrin 6% + Spirotetramat 20% SC Bifenthrin 15% + Indoxacarb 15%SC Bifenthrin 4.5% + Imidacloprid 22.5% SC Bifenthrin 2% + Acetamiprid 3% EC Bifenthrin 10% + Clothianidin 10% SC Bifenthrin 5% + Pyridaben 20% EC Bifenthrin 0.6% + Malathion 13.4% EC |
| Dosage Form | Bifenthrin 2.5% EC 、 Bifenthrin 5% EC 、Bifenthrin 10% EC 、 Bifenthrin 25% EC |
| Bifenthrin 5% SC 、 Bifenthrin 10% SC | |
| Bifenthrin 2% EW 、 Bifenthrin 2.5% EW | |
| Bifenthrin 95%TC 、 Bifenthrin 97% TC |
Bifenthrin is available in a variety of dosage forms to meet different needs:
Bifenthrin 2.5% EC: Emulsifiable oil form for a wide range of spray applications.
Bifenthrin 5% EC: Higher concentration emulsifiable oil type for more severe pest problems.
Bifenthrin 10% EC: Higher concentration emulsifiable oil type for large scale agriculture and horticulture.
Bifenthrin 25% EC: Ultra-high concentration emulsifiable oil type for professional and industrial use.
Bifenthrin 5% SC: Suspension type for easy application and long lasting effect.
Bifenthrin 10% SC: Highly concentrated suspension form for large-scale pest control programs.
Bifenthrin 2% EW: Water emulsion form with low toxicity and volatility for home and garden use.
Bifenthrin 2.5% EW: Slightly more concentrated aqueous emulsion form for larger area spraying.
Bifenthrin 95% TC: technical prodrug for the formulation of different concentrations and types of formulations.
Bifenthrin 97% TC: Higher purity technical raw material for special applications and demanding formulations.
Chemical bifenthrin is a kind of pyrethroid insecticide with excellent performance, which can be widely used in the control of many pests on cereal crops, cotton, fruit trees, grapes, ornamental plants and vegetables, as well as house termites.
Control aphids, mites, cotton bollworm, pink bollworm, peach fruit moth, leafhopper and other pests.
Bifenthrin is effective against a wide range of pests including:
Aphids: These small pests suck plant sap, causing leaves to curl and turn yellow.
Mites: They cause spotting and yellowing on the leaves, and in severe cases, can cause the leaves to fall off.
Cotton bollworm: this pest burrows into the bolls and eats the tender parts of the cotton, affecting the quality and yield.
Pink bollworm: A serious threat to cotton and other crops, it reproduces rapidly, especially under drought conditions.
Peach borer: mainly affects fruit trees, burrowing inside the fruit and causing it to rot.
Leafhoppers: They suck plant sap, causing leaves to turn yellow and plants to weaken.
Termites: They are extremely destructive to wooden structures, harming houses and other wooden buildings.
Early identification of pests is essential for effective management. Keep an eye out for the following signs:
Damage to leaves, stems and fruits: Holes, spots and discoloration on leaves are usually signs of pest activity.
Presence of pest excrement: Small black or brown particles found around the plant are usually pest excrement.
Discoloration and wilting of plants: Yellowing, curling or wilting of leaves may indicate that the plant is being attacked by pests.
Pests visible on plants: Direct observation of pests, such as clusters of aphids or webs of mites.
Biological factors
Certain crops and plants are more susceptible to pest infestation due to their biological structure, making them prime targets for Bifenthrin control. For example, young leaves and young fruits are attractive to many pests because they are juicy and easy to penetrate.
Environmental Factors
Environmental conditions such as temperature, humidity and seasonal changes can affect pest populations and activity levels. High temperatures and humid conditions usually favor pest reproduction and spread. And during dry seasons, the activity of certain pests such as mites and pink bollworms increases.
Agricultural practices
Poor agricultural practices, such as poor crop rotation and overuse of fertilizers, may increase the risk of pest infestation. Growing the same crop continuously can lead to the accumulation of pest populations, while overuse of nitrogen fertilizers may stimulate the reproduction of certain pests.
Accurate identification of pests is essential for effective control. This can be accomplished by the following methods:
Visual inspection: Regularly inspect plant leaves, stems and fruits for the presence of pests.
Use of pest traps: Setting sticky or pheromone traps in the field or garden to catch and monitor pests.
Consult the Agricultural Extension Service: Contact your local agricultural specialist or plant protection station for professional pest identification and control advice. Or get in touch with us and we'll help you with a range of pre and post-sales issues free of charge!
Field trials: small-scale trials in actual growing environments to observe the effectiveness of the insecticide in controlling pests.
Laboratory Tests: Test the effectiveness of different concentrations of Bifenthrin on target pests in a laboratory under controlled environmental conditions.
Monitoring of changes in pest populations after application: Pest populations are regularly monitored after application to assess their effectiveness and to adjust the use strategy.
Bifenthrin can be applied by a variety of methods, including:
Foliar Spray: Spray diluted insecticide directly onto the leaves and stems of plants, ensuring even coverage.
Soil treatment: Apply the insecticide to the soil to control underground pests such as root-knot nematodes.
Trunk Injections: For large trees, insecticides are injected directly into the trunk using a trunk injection method to protect the tree from stem-boring pests.
Integrated Pest Management (IPM)
Using Bifenthrin in conjunction with other pest management strategies can enhance control and reduce the development of resistance:
Biological control: Using natural enemies such as predatory and parasitic insects to control pests.
Cultural Control: Agricultural practices such as crop rotation, intercropping, and timely seeding are used to reduce pest reproduction.
Physical control: use of physical means such as insect nets, yellow boards and mechanical trapping to control pests.
Safety Precautions
When using Bifenthrin, it is important to follow safety guidelines to protect human health and the environment:
Use Personal Protective Equipment (PPE): such as gloves, masks and goggles to prevent skin contact and inhalation of the insecticide.
Follow label instructions: Apply insecticides strictly according to label directions and dosage to avoid overdose.
Avoid application near bodies of water: Prevent insecticides from flowing into rivers, lakes and groundwater to avoid harming aquatic organisms.
Note
Bifenthrin pesticide is moderately toxic to honeybee and highly toxic to silkworm.
For the light green parts of some Cucurbitaceae crops, it is determined that there is no harm in the test and good results are obtained before continuing to use.