Dermosoft 1388 eco
One of the first blends of multifunctionals to market, ie Sodium levulinate and Sodium anisate. Convenient to use and with a good track record for broad spectrum protection in several cosmetic applications. Only effective between pH 4.5 and 5.5
Presergreen
Presergreen is a specialized fatty acid blend formulated to deliver broad-spectrum antimicrobial protection through gentle, naturally-derived preservation mechanisms. This unique combination provides effective microbial control while maintaining exceptional skin compatibility for sensitive applications. Tends to crystallise at temperatures below 20C, but it is reversible with gentle heat Best for rinse off applications but may be […]
Cosphaderm® LAAS RSPO MB
Cosphaderm® LAAS RSPO MB is an aqueous mixture of levulinic acid, p-anisic acid and glycerin. Established as a highly effective combination of natural antimicrobial agents, additional skin conditioning and masking properties are provided by levulinic acid and p-anisic acid. Furthermore, the glycerin content in this preparation helps to support the hydration of the outer layer […]
A-Leen 6
A-Leen 6 is a biobased multifunctional ingredient that enhances product protection while acting as a solvent, humectant and emollient. Made from 100% RSPO-MB certified palm kernel oil, it offers a sustainable alternative to traditional 1,2-hexanediol, Can be used as co-solubiliser and wetting agent Good mildness profile for the skin
E-Leen® 8
E-Leen 8 is a unique, stable liquid form of biobased Caprylyl Glycol. It allows Caprylyl Glycol to be used in both hot and cold processes. This convenient blend eliminates the need for heating equipment while maintaining full antimicrobial and multifunctional benefits
A-Leen® 5
A-Leen 5 is Pentylene glycol upcycled from sugar production. A moisturising humectant that can be used as solvent or as a protection booster in combination with other glycols and preservatives
Linatural® MBS Powder
Linatural® MBS-Powder is a patent-pending, naturally-derived multifunctional microbial blocking system, combining capryloyl glycine and sodium anisate. Capryloyl glycine is a coconut-derived amino acid conjugate with well-documented skin and hair conditioning, sebum-regulating, and antimicrobial properties. Sodium anisate is the sodium salt of anisic acid, a naturally occurring phenolic acid found in anise and other botanicals, recognised […]
GreenGard LB
GreenGard LB is a patent-pending, 100% biobased multifunctional preservation system, supplied as a liquid (INCI: Arginine Levulinate / Arginine Benzoate / Water). The system combines the antimicrobial properties of natural levulinic acid and benzoic acid in their arginine salt forms. The arginine component delivers additional multifunctional skin benefits confirmed by in-vitro testing: reduction of trans-epidermal […]
GreenGard TBG
Benzoic acid combined with a couple of multifunctionals for broad spectrum protextion
GreenGard L
GreenGard L is a patent-pending, 100% biobased multifunctional antibacterial ingredient, supplied as a liquid (INCI: Arginine Levulinate / Water). The system combines the antibacterial properties of natural levulinic acid in its arginine salt form. Upon skin application it releases L-arginine, which functions as a humectant and as a precursor to nitric oxide — a molecule […]
GreenGard LA
GreenGard LA is a mild, nature-inspired preservation system based on arginine levulinate and arginine anisate, designed for modern “clean” cosmetic formulations. These amino-acid salts of levulinic and anisic acid provide moisturizing, skin-conditioning and antimicrobial benefits, helping to protect formulas while supporting skin comfort
Evicide® G5 Eco
Evicide® G 5 eco is a naturally derived pentylene glycol functioning as a versatile multifunctional ingredient across a wide range of cosmetic formulation types. Fully water-soluble and pH-independent, it stands out among natural antimicrobial agents for its broad formulation compatibility — effective across emulsions, surfactant systems, serums, and water-based products without the acidic pH constraints […]