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Eastman AQ™ 48 Ultra Polymer was designed specifically for use as a hair fixative in 55% VOC hairspray. Therefore, it is more compatible with higher levels of alcohol than Eastman AQ™ 38S or 55S, and has good wash out with shampooing. AQ 48 polymer provides excellent hold at high humidity in aerosol and pump hairsprays, as well as in clear styling gels.

EASTMAN AQ™ 55S POLYMER is a sulfopolyester that disperses directly in hot water without the assistance of surfactants or other additives. AQ 55S polymer aids the dispersion of many hydrophobic ingredients in water-based products and forms clear films at room temperature from aqueous dispersions. Eastman AQ ™55S has good film integrity when combined with other cosmetic ingredients and is the preferred AQ polymer to improve water and smudge resistance of water-based makeup and mascaras. In hairstyling products, AQ 55S provides excellent hold under high-humidity conditions and stiffness that is easily modified with plasticizers and thickeners. The "S" indicates AQ 55S is supplied as solid pellets.

EASTMAN AQ™ 38S POLYMER forms flexible films on the skin. It imparts a smooth feel to creams, lotions, and sprays and adheres to the skin. Thus, it is useful as a film-former in sunscreen products, providing excellent water resistance. AQ 38 is added to the water phase and aids the emulsification of oil-phase UV absorbers. AQ 38 provides improved coverage for sprayable sunscreens.

A low-viscosity, bio-based blend of sucrose acetate isobutyrate (SAIB) and medium chain triglycerides (MCT) that acts as a sprayable, water-resistant fixative for cosmetics, delivering extended wear and transfer resistance in color cosmetics and fragrance applications.

SAIB-100 is an odorless and tasteless, thermally stable, high-viscosity liquid produced by esterifying natural sugar (sucrose) with acetic acid and isobutyric anhydride.

Eastman GEM™ retinyl linoleate is a high quality anti-aging active with the added benefit of sustainable manufacturing, guided by the U.S. EPA’s Twelve Principles of Green Chemistry. The material has a low E factor (kg waste/kg product) of 6.0.