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Surfactant molecules form micelles through their hydrophilic and hydrophobic properties, which wrap up grease stains like miniature cleaners, making stubborn stains"invisible"in water. This scientific principle not only makes laundry cleaning easy and efficient, but also drives an eco-friendly revolution in biodegradable cleaners. Read More

Adapting to the "Functional Modification" Needs of Multiple IndustriesIndustrial additives cover fields such as coatings, metal processing, plastics, and pesticides. Surfactants are mainly used for "dispersion, lubrication, antistatic, and emulsification" to solve stability problems during productio Read More

Centering on the Core Demands of "Cleaning, Mildness, and Stability"Daily chemicals are the field where surfactants are closest to daily life, covering detergents, personal care products, and cosmetics. They need to balance "decontamination power" and "safety" (low irritation, environmental protecti Read More

Relying on the Targeted Sterilization Ability of "Cationic / Amphoteric Surfactants"The sterilization effect of surfactants mainly depends on cationic (mainly quaternary ammonium salts) and amphoteric surfactants, which achieve sterilization by destroying microbial cell membranes. They are widely us Read More

Adapting to the Entire Industrial Chain of "Drilling → Oil Production → Gathering and Transportation"In oilfield development, surfactants need to cope with harsh environments such as high temperature (80-150℃), high pressure (10-30MPa), and high salinity (mineralization > 100,000 mg/L). Their core f Read More

Focusing on Three Core Goals of "Purification, Scale Inhibition, and Sterilization"Water treatment includes water supply treatment (tap water, industrial water) and wastewater treatment (industrial wastewater, domestic sewage). Surfactants are mainly used for auxiliary flocculation, corrosion and sc Read More