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AMPHOSOL® CG-UN Stepan Europe
  • INCI Name:
    Cocamidopropyl Betaine
AMPHOSOL® CG-UN is an amido type betaine derived from refined palm kernel oil. It is used in shampoos, bubble baths and liquid handsoaps. This product provides good foaming and foam liquid stabilization with excellent wetting properties. It is compatible ...view more AMPHOSOL® CG-UN is an amido type betaine derived from refined palm kernel oil. It is used in shampoos, bubble baths and liquid handsoaps. This product provides good foaming and foam liquid stabilization with excellent wetting properties. It is compatible with anionic, cationic, and nonionic surfactants. view less
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Amphosol® CDB-HP-E Stepan Europe
  • INCI Name:
    Cetyl Betaine
AMPHOSOL® CDB-HP-E is a preservative-free mild surfactant. It is a unique, secondary surfactant, designed to improve the viscosity response of sulfate-free surfactant systems and traditional anionic systems. It is an enhanced amphoteric surfactant formula...view more AMPHOSOL® CDB-HP-E is a preservative-free mild surfactant. It is a unique, secondary surfactant, designed to improve the viscosity response of sulfate-free surfactant systems and traditional anionic systems. It is an enhanced amphoteric surfactant formulated for cold processing and easy handling. It can also be used as a mild primary surfactant, foam booster or static control agent. AMPHOSOL® CDB-HP-E is compatible with anionic, nonionic and cationic surfactants. view less
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Amphosol® DM Stepan Europe
  • INCI Name:
    Coco-Betaine
Amphosol® DM mild surfactant is a naturally derived amphoteric and mass balance surfactant. It is more efficient than cocamidopropyl betaine at thickening sulfate-free and sulfate-based systems, offers an eye irritation reduction and is highly stable in s...view more Amphosol® DM mild surfactant is a naturally derived amphoteric and mass balance surfactant. It is more efficient than cocamidopropyl betaine at thickening sulfate-free and sulfate-based systems, offers an eye irritation reduction and is highly stable in stressful media. It can be therefore use in mild systems. view less
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