LANXESSS NEOLONE® Bio Preservatives For Personal Care
Efficacious and Nature-Derived Preservation
NEOLONE® Bio Preservatives are based on naturally derived Ethyl Lauroyl Arginate (LAE®) preservatives from LANXESS, previously manufactured by DuPont. With an excellent environmental, health, and safety profile, these non-sensitizing preservatives have broad-spectrum activity.
NEOLONE® Bio is approved for both leave-on and rinse-off cosmetics applications. Be sure to request a sample so you can try this preservative in your formulations for lotions, creams, serums, cleansers, conditioners, and more.
Origin
NEOLONE® Bio is composed of:
L-Arginine from fermented glucose obtained from corn
Lauric acid from palm oil obtained according to RSPO criteria (not certified)
Ethanol obtained from sugar cane and sugar beet plants through natural fermentation
Features & Benefits
Derived from natural ingredients
Broad spectrum with strong antimicrobial activity against molds, yeasts, gram-negative, and gram-positive bacteria
Approved for use in leave-on and rinse-off
Mild profile for leave-on applications
Wide range of global regulatory acceptance
COSMOS raw material standard for natural personal care formulations
Efficacy can be further enhanced with the use of recommended boosters and multifunctional ingredients
Listed on Annex V of the European Cosmetics Products Regulation
Raw materials are non-GMO and not animal-derived
Characteristic
NEOLONE® Bio G
NEOLONE® Bio T
INCI
Glycerin and Ethyl Lauroyl Arginate HCl
Ethyl Lauroyl Arginate HCl
Physical Form
Liquid solution in glycerin
White solid
Use Level
0.25% - 2.0%
0.057% - 0.46%
Formulation Details & Guidelines
Stable at processing temperature up to 80ºC
Best incorporated during the cooling phase (<45ºC)
Compatible with nonionic gum thickeners and cationic thickeners
Compatible with nonionic and cationic surfactants
Compatible with anionic and amphoteric active ingredients
Compatible with anionic preservatives
Incompatible with anionic thickeners and anionic surfactants - Contact Us for help with your formulation
LAE® inhibits a wide variety of microbial species at low active levels. Minimum Inhibitory Concentration (MIC) values for LAE ® are lower compared to other common preservatives. MIC values are an indicator of intrinsic antimicrobial activity and should not be taken as recommended use concentrations in personal care products.
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