AEG Alkyl ethoxy polyglycosides

AEG products can be used in formulas that are less irritating, as they are non-toxic and non-irritating. They also have moisturizing effects. Water-soluble and resistant to both hard and soft water, they also have a good viscosity increasing effect on formula systems. They can be combined with various active ingredients, have stable chemical characteristics, and are safe to use on the body or environment.

AEG has a molecular shape that is equivalent to adding a polyoxyethylene link between the alkane hydrophobic group and hydrophilic sugar of APG. This is similar to structural changes between sodium alcohol ethersulfate AES and sodium alkylsulfate AS(K12). AEG offers better water solubility and mild compatibility than APG. Low surface tension. Strong detergent, alkali resistant. The formulation system has a good viscosity. Easy to biodegrade.

AEG, APG & fatty alcohol ether (non-ionic) surfactants offer improved alternatives. Especially its mild performance and viscous emulsions. AEG can be used as a skin moisturizing agent and a wash ingredient. The foam formula is smooth and gentle, as opposed to the sticky and slippery feel of regular hand sanitizer. The blow-dried skin is moist and comfortable. AEG+AEC can be combined to create a slightly acidic or neutral formulation, which relies on effective cleaning to achieve brighter clothes. Concentration formula can produce A class laundry detergents. AEG formula bath lotion has excellent performance in viscosity. It is easy to flush and does not differ in foaming rate, amount of foam, fineness or other skin sensations. AEG and APG were substituted for 3% AES active ingredients in formulas containing AES and other active substances. The formulas can be tested to see if they cause irritation.

AEG foams well and has excellent rheological characteristics. The viscosity of AEG is not affected by temperature changes. Alkyl Ethoxy Polyglycosides are 1.8x more effective than TX-10 at benzene, and have potential as an emulsifier for pesticides based on water.