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Adjuvant vs. Surfactant: What Is the Difference Between Pesticide Adjuvants and Surfactants?
Adjuvants and surfactants often appear together in pesticide application, but they are not the same concept. An adjuvant is a broader functional category, while a surfactant is a specific type of substance within that category that alters the surface tension or interfacial properties of a liquid....Read more -
How Do Pesticide Formulations and Formulations Affect Rainfastness?
Two pesticides may contain the same active ingredient at the same concentration, but they may perform differently when exposed to rain after application. One key reason is that they use different formulation systems. A pesticide’s rainfastness depends not only on the active ingredient but a...Read more -
How Does Water Quality Affect Pesticide Performance?
Water quality affects pesticide performance because water is not only the medium for diluting and delivering pesticides, but the mineral ions, pH, dissolved salts, and suspended impurities it contains can also interact with the active ingredients or formulation adjuvants. These effects are primar...Read more -
What Are the Differences Between Wettability, Suspension Rate, and Dispersibility in Pesticide Formulations?
Wettability, dispersibility, and suspension rate are all important physical indicators for evaluating the water-mixing performance of pesticide formulations, but they do not describe the same process. The entire process can be understood as: Formulation comes into contact with water → Is wetted b...Read more -
What Is FS in Pesticides? Seed Treatment Formulation Explained
FS stands for Flowable Concentrate for Seed Treatment. It is a liquid pesticide formulation designed specifically for treating seed before planting. In an FS formulation, the active ingredient is commonly present as fine solid particles dispersed in a liquid continuous phase rather than completel...Read more -
How Pesticide Formulation Affects Shelf Life
Pesticide shelf life is not determined by the active ingredient alone. The formulation system also affects how a product changes during storage and whether it continues to meet its physical and chemical specifications. Different formulation types fail in different ways. A suspension concentrate (...Read more -
Why Suspension Stability Matters in SC Pesticide Formulations
Suspension concentrate, or SC, is one of the most widely used liquid pesticide formulation types. Unlike a true solution, an SC contains fine solid active ingredient particles dispersed throughout a liquid continuous phase. That distinction is important. Because the active ingredient remains susp...Read more -
Beta-Cyfluthrin vs Bifenthrin: What Is the Difference?
Beta-cyfluthrin and bifenthrin are broad-spectrum synthetic pyrethroid insecticides used against many agricultural, turf, landscape, structural, and public-health pests. They share the same general mode of action, but they are not identical products. Beta-cyfluthrin is based on the more biologica...Read more -
Will Atrazine Kill Bahiagrass in Lawns?
Atrazine can injure, suppress, or control bahiagrass in certain labeled turf situations. However, the result depends on whether bahiagrass is the unwanted weed or the grass you want to keep. If bahiagrass is growing as a weed in a tolerant turf species, selected atrazine products may provide supp...Read more -
Spirodiclofen Mode of Action
Spirodiclofen is an acaricide and insecticide active ingredient. Its main mode of action is inhibition of acetyl-CoA carboxylase. More specifically, spirodiclofen belongs to IRAC Group 23. This group is classified as inhibitors of acetyl-CoA carboxylase. This enzyme is involved in the first step ...Read more -
Beta-Cyfluthrin for Spotted Lanternfly Control
Beta-cyfluthrin can help control spotted lanternfly nymphs and adults through contact activity. It is a synthetic pyrethroid insecticide with fast knockdown performance against exposed target insects. However, it should not be positioned as a stand-alone eradication solution. Spotted lanternfly i...Read more -
Kasugamycin Mode of Action: How It Inhibits Protein Synthesis
Kasugamycin works by inhibiting protein synthesis in sensitive pathogens. Its main action is linked with ribosomal translation, especially the early stage of protein production. By interfering with translation initiation, kasugamycin reduces normal protein formation. Without normal protein synthe...Read more
