APG0810 is a new type non ionic surfactant with comprehensive performance, and its advantages and characteristics mainly include the following aspects:
Green and Environmentally Friendly
It is made from renewable plant raw materials, fully biodegradable, and non polluting to the environment. It is internationally recognized as a "green" functional surfactant.
Mild and Non Irritating
It has good compatibility with the skin, is non toxic and non irritating, exerts a softening effect on the skin, and causes no irritation to the eyes. Therefore, it is suitable for use in personal care products such as children's shampoos and facial cleansers.
High Surface Activity
It has low surface tension and excellent surface activity, with strong foaming ability. The foam it produces is fine, rich, and stable. Additionally, it has good wettability and strong detergency.
Good Compatibility
It can be compounded with various ionic and non ionic surfactants to produce a synergistic effect, significantly improving the mildness of the formula. It also has good compatibility with other additives, facilitating its application in different formulas.
Strong Corrosion Resistance
It has good solubility and compatibility in high concentration strong acids, strong alkalis, and electrolytes, and causes no corrosion to materials. There will be no stress cracking after cleaning, making it suitable for household cleaning, industrial hard surface cleaning, and other fields.
Diversified Properties
It possesses special properties such as emulsification, wetting, spreading, penetration, and dispersion. It can enhance the effective utilization rate of pesticides and can also be used in water film forming foam fire extinguishing agents. It can quickly form a dense and stable sealing film on the oil surface, improving the fire extinguishing efficiency and anti burning time.
No Cloud Point
APG0810 has no cloud point, good solubility, and high temperature resistance. It can maintain good performance under different temperature conditions and also has a good thickening effect.