Ingredienti per la cura personale

SENSIVA PA 30 is the perfect protection for your formulation. Half natural, half nature-identical. This synergistic blend combines the antimicrobial activity of two nature-identical fragrance ingredients, phenethyl alcohol and undecyl alcohol, with the boosting and skin care properties of naturally derived propanediol. The moisturiser propanediol improves the skin feel of formulations while enhancing the efficacy of antimicrobial components. Undecyl alcohol acts as an excellent booster for the antimicrobial properties of phenethyl alcohol and significantly reduces its flowery, rose-like scent (patent pending). The faint scent of sensiva® PA 30 can mask possible unpleasant odours of other ingredients in formulations. sensiva® PA 30 can effectively stabilise cosmetic formulations against typical microbiological contamination. The combination of naturally-derived and nature-identical ingredients makes it an excellent choice for nature-inspired cosmetics.

EUXYL® K 500 is a mix of formaldehyde donor and organic acids. It has strong broad spectrum efficacy, effective in rinsing systems. It has vapor phase activity and is 100% water soluble. It reduces discoloration of organic acids. Effective pH<7 Max temperature 80ºC.

euxyl K903 is a mix of organic acids and aromatic alcohol. It has strong broad spectrum efficacy. Water soluble. Transparent systems. Can be inactivated by sulphite ions. Effective pH <6 Max temperature 80ºC

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.