Products

H Care® MO is an exceptional amine oxide-based zwitterionic surfactant designed for personal care formulations. This highly effective ingredient is specifically formulated with a C14 (tetradecyl) alkyl tail, which makes it ideal for use as a foam stabilizer and hair conditioning agent in shampoos and conditioners.

H Care® LMA is a methyl ester-based amide and is a very effective foam stabilizer and thickening agent for anionic-based cleansers. It is a viscosity and foam booster as well as a hair conditioning agent and foam stabilizer. It can be used to make shampoos, bath products, and hand soaps.

H Care® SO is a 25% active stearamine oxide with conditioning properties comparable to quaternary ammonium compounds. It is slightly water-soluble, and its solubility can be enhanced by blending with anionic surfactants to offer a clear formulation. H Care® SO is an effective viscosity builder and useful in creating pleasing shampoo and hair rinse products. It is also gentle to both skin and eyes, causing no dermal or ocular irritation at 5% or less active use.

Calamide® C is Cocamide DEA. Calamide® C promotes and stabilizes foam and is a viscosity builder for use in a multitude of HI&I and personal care formulations.

Calamide® CW-100 is a 2:1 coconut diethanolamide with good solubility in water. It is an excellent emollient and lubricant and can be used as a foam stabilizer and viscosity builder. The excess free DEA can be used to neutralize acid systems.

Macat® Ultra LMDO is a 30% active lauryl (C12) amidopropyl dimethylamine oxide in water, functioning as an effective wetting agent, outstanding foam booster, grease cutter, and low pH thickener for use across various markets and applications.

H Care® MIPA is a 1:1 cocamide monoisopropanolamide that is 100% MEA and DEA free. It provides foam stability, emollient and anti-corrosive effects, and enhanced viscosity response. Featuring very low residual reactants and by-products, H Care® MIPA is especially suitable for more "natural" formulations and is stable in neutral, alkaline, and acidic systems. It is readily biodegradable per OECD 301 methods and meets the criteria for a surfactant under the EU Detergents Regulation (EC) 648/2004.