Blends based on ingredients which are not listed as a preservative by the legislation, but when combined together, offer broad spectrum protection.
The blends are heat stable, suitable for wide pH range, with recommended level of use of less than 1%.
A “preservative free”, non-pH dependent blend, based on the efficacy Phenylpropanol boosted by a multifunctional ingredient, creating a highly efficient broad spectrum blend.
A “preservative free”, non-pH dependent blend, based on the efficacy Phenethyl Alcohol boosted by a multifunctional ingredient, creating a highly efficient broad spectrum blend.
This combination of multifunctional ingredient and Phenylpropanol creates a broad spectrum efficient, non-pH dependent, “preservative free” blend
This flowery smell solvent is less known for it’s preservation qualities, and not yet listed as one. this fact makes Sharon PPL ideal for “Preservatives free” or “ Phenoxyethanol free” claims, and when blended with other preservative elements, a broad spectrum preservation system can be gained.
Globally known and accepted as an emollient in personal care products. When added to preservation system, Caprylyl Glycol boosts the preservatives activity and reduce levels of usage.
This rosy odor solvent has some preservation qualities but is not listed as a preservative over the world. when trying to avoid commonly known preservative solvents, Phenethyl Alcohol can be an option for blends or as a stand alone ingredient
This natural source Phenethyl Alcohol has the same characteristics as the Sharon PA.
Using Sharon PA natural can be relevant when trying to avoid the usage of common preservatives and go for 100% natural formula
This solvent acts as a booster and can increase the antimicrobial activity of other preservatives combined in the formula.
This globally approved ingredient can be used in all cosmetic applications.
Maltol is an organic compound, used as a flavor enhancer and an intermediate in Pharmaceutical. Polyquaternium-80 is a cationic surfactant. SharoSENSE™ Plus 181 is compatible with cationic, anionic and nonionic formulations.