11/25/2020 2:09:32 AM

DuPont™ NEOLONE® Bio Preservatives For Personal Care

Efficacious and Nature-Derived Preservation

 
NEOLONE® Bio Preservatives from DuPont™ are based on naturally derived Ethyl Lauroyl Arginate (LAE®). 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, rinse-off, and oral care applications
  • 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

Technical Information

  • Forms: Liquid (NEOLONE® Bio G) and Solid (NEOLONE® Bio T)
  • Solubility: Water, glycerin, and ethanol
  • pH Range: 3-6
  • Odor: No odor
  • COSMOS approved
  • Listed on Annex V of the European Cosmetics Products Regulation
  • Raw materials are non-GMO and not animal-derived

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.
*American Type Culture Collection

All DuPont Preservatives For Personal Care

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