Personal Care Ingredients

SENSIVA PA 20 is a multifunctional cosmetic additive based on ethylhexylglycerin and phenethyl alcohol. Its unique properties make it suitable for the use in a wide range of cosmetic applications. It combines the excellent skin care and deodorising properties of ethylhexylglycerin with the antimicrobial properties of phenethyl alcohol. Phenethyl alcohol is a nature-identical fragrance ingredient with a mild flowery rose-like scent which can mask possible unpleasant odours of other ingredients. Its antimicrobial properties are enhanced by the boosting effect of ethylhexylglycerin. sensiva® PA 20 is suitable as an antimicrobial stabiliser for preservative-free cosmetics.

SENSIVA PA 40 is a synergistic blend combines the antimicrobial activity of phenylpropanol and caprylyl glycol with the boosting and skin care properties of naturally-derived propanediol. The mild moisturiser propanediol improves the skin feel of formulations while enhancing the efficacy of antimicrobial components. Caprylyl glycol acts as an excellent booster for the antimicrobial properties of the nature-identical fragrance ingredient phenylpropanol. Additionally sensiva® PA 40 provides a very faint flowery scent which can mask possible unpleasant odours of other ingredients in formulations.

S&M BRONOPOL is a single active ingredient and suitable for leave-on, rinse-off and wet wipes applications. Product benefits include excellent bactericidal effect and strong activity against gram-negative bacteria (Pseudomonas sp.). This crystalline powder is a powerful preservative even at low use levels and suitable for a neutral pH rinse-off application

EUXYL K 702 is a liquid cosmetic preservative, which can be used in leave-on as well as rinse-off products. EUXYL K 702 was developed for use in cosmetic formulations with a skin-friendly pH value of up to 6. euxyl® K 702 is particularly effective in non-ionic systems. It has a broad, balanced spectrum of effect against bacteria, yeasts and mould fungi as well as a good vapour phase effectiveness.