Esfenvalerate 66230-04-4 moths, beetle pests pyrethroid Chemical Insecticide

Esfenvalerate 66230-04-4 moths, beetle pests pyrethroid Chemical Insecticide

1. Esfenvalerate 95% Tech.
2. Esfenvalerate is a synthetic pyrethroid insecticide which is used on a wide range of pests such as moths, flies, beetles, and other insects. It is used on vegetable crops, tree fruit, and nut crops.
3. Common Name: Fenvalerate
4. CAS No.: 66230-04-4

More Detail:

• Fenvalerate is an Insecticide. Fenvalerate is a mixture of four optical isomers which have different insecticidal activities. The 2-S alpha (or SS) configuration is the most insecticidally active isomer. Fenvalerate consists of about 23% of this isomer.
• Fenvalerate is an Insecticide of moderate mammalian toxicity.
• In laboratory animals, central nervous system toxicity is observed following acute or long-term exposure. Fenvalerate has applications against a wide range of pests.
• Residue levels are minimized by low application rates. Fenvalerate is most toxic to bees and fish.
• Fenvalerate is found in some emulsifiable concentrates, ULV, wettable powders, slow release formulations, insecticidal fogs, and granules.
• It is most commonly used to control insects in food, feed, and cotton products, and for the control of flies and ticks in barns and stables. Fenvalerate does not affect plants, but is active for an extended period of time.
• Fenvalerate may irritate the skin and eyes on contact, and is also harmful if swallowed.
• Fenvalerate is used on vegetable crops, tree fruit, and nut crops. Esfenvalerate may be mixed with a wide variety of other types of pesticides such as carbamate compounds or organophosphates.
• Esfenvalerate has replaced the naturally occurring compound Fenvalerate (to which it is almost identical) for use in the U.S. Much of the data for Fenvalerate is applicable to the pesticide Esfenvalerate because the two compounds contain the same components.
• The only differences in the two products are the relative proportions of the four separate constituents (isomers). Esfenvalerate has become the preferred compound because it requires lower applications rates than Fenvalerate, is less chronically toxic, and is a more powerful Insecticide.
• The compound contains a much higher percentage of the one insecticidally active isomer (84% for Esfenvalerate and 22% for Fenvalerate).

Formulation:

1. Esfenvalerate may be mixed with a wide variety of other types of pesticides such as carbamate compounds or organophosphates.
2. Esfenvalerate has replaced the naturally occurring Fenvalerate( to which it is almost identical) for use in the U.S. Much of the data for Fenvalerate is applicable to the pesticide Esfenvalerate because the two compounds contain the same components.
3. The only differences in the two products are the relative proportions of the four separate constituents (isomers).
4. Esfenvalerate has become the preferred compound because it requires lower applications rates than Fenvalerate, is less chronically toxic, and is a more powerful Insecticide.
5. The compound contains a much higher percentage of the one insecticidally active isomer (84% for Esfenvalerate and 22% for Fenvalerate).

COA of Esfenvalerate 95% Tech:

Esfenvalerate 95% Tech Package Size(s):
25kg/bag (or against your request)