| ALKEST® TW 327 | Indorama Ventures |
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The ALKEST® TW line is made up of ethoxylated sorbitan esters. The products in the ALKEST® TW line are hydrophilic, having high HLB values. The presence of the polyoxyethylene chain makes the products in the ALKEST® TW line soluble or dispersible in water...view more
The ALKEST® TW line is made up of ethoxylated sorbitan esters. The products in the ALKEST® TW line are hydrophilic, having high HLB values. The presence of the polyoxyethylene chain makes the products in the ALKEST® TW line soluble or dispersible in water, which favors their application in oil-in-water (O/W) emulsions, as dispersants/solubilizers of oils and fragrances, and as co-surfactants and humectants in shampoos, hand soaps, and body washes.
The high HLB of the ALKEST® TW products, especially ALKEST® TW 327, combined with their low irritation potentials, makes them excellent choices as co-surfactants in formulations specifically developed as mild products, such as baby shampoos. Because of the high degree of ethoxylation in the ALKEST® TW line, these products also function well as humectants and antistatic agents. view less
Compliance Highlights Available
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| EMPIGEN® OB / MB | Innospec Performance Chemicals |
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EMPIGEN® OB / MB is an aqueous solution of lauramine oxide. The fatty alcohol from which the lauryl dimethylamine is derived is sourced according to the Mass Balance rules set by the RSPO*. Amine oxides are extremely versatile co-surfactants. In detergent...view more
EMPIGEN® OB / MB is an aqueous solution of lauramine oxide. The fatty alcohol from which the lauryl dimethylamine is derived is sourced according to the Mass Balance rules set by the RSPO*. Amine oxides are extremely versatile co-surfactants. In detergents they help to create and stabilise copious foam, as well as improving emulsification and soil removal and the incorporation of an amine oxide into a shampoo can improve the conditioning characteristics. They are resistant to oxidation and are commonly used as solubilising agents and viscosity modifiers in household bleaches with both hypochlorite and peroxide. Their properties can be modified by adjusting the pH of the formulation. view less
Compliance Highlights Unavailable
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