In The Second Half Of 2026, The Daily Chemical Industry Enters The Traditional Peak Season

Basic Information：

Alias: AOS. Yellow transparent liquid or white to pale yellow granules. Very soluble in water, but tends to form a viscous gel when concentration exceeds 40%. Mild to skin, has good compatibility with enzymes, acid-resistant, alkali-resistant, and insensitive to hard water. Water hardness and electrolytes have little effect on foaming power.

 Performance：

It has solubilizing properties, which benefit the low-temperature stability of detergent products, and provides thickening, foaming, foam-stabilizing, antistatic and softening properties.

Basic Information：

AEO series products are adducts of natural fatty alcohols and ethylene oxide. They are non-toxic, non-irritating, and belong to nonionic surfactants. They are colorless, transparent oily liquids at room temperature.

Basic Information：

     Conventional AES exhibits good foaming performance, but produces relatively large, loose foam that lacks denseness.Foam-enhanced AES, improved on the basis of conventional AES, delivers richer and denser foam.

Basic Information：

Compared with conventional AES, thickening-type AES has a lower viscosity and better fluidity.In addition, this product broadens the salt thickening range and is less prone to thinning back in salt-thickened systems.

Basic Information：

Alias: SLS/SDS/K12, Sodium Dodecyl Sulfate, Foaming Powder.White powder or needle-like crystals with a slight fatty odor.Soluble in water to form a translucent solution.Stable to alkalis, weak acids and hard water, with good compatibility with anionic and nonionic surfactants.Flammable, decomposes at high temperatures (>120°C).

Basic Information：

APG is a green non-ionic surfactant, appearing as colorless to pale yellow transparent liquid, pale yellow paste or white solid (depending on carbon chain and content). It is readily soluble in water and partially soluble in some organic solvents, with no obvious cloud point.

Basic Information：

Conventional AES thickens into a gel at 10°C and solidifies substantially at 0°C. Low-temperature AES has a lowered freezing point and maintains good fluidity even at 0°C, with solidification occurring mainly at −5°C, making it more suitable for use in cold weather than conventional AES.