

Evaluation on Caucasian curly hair type 3A-C
AURIST™ AGC is a biotech-enabled multifunctional conditioning polymer developed using IFF’s proprietary Designed Enzymatic Biopolymers (DEB) technology. Readily biodegradable according to OECD 301B and easy to formulate with, AURIST™ AGC is set to revolutionize the beauty and personal care landscape.
In a hair spray formulation containing AURIST™ AGC, it has been shown that AURIST™ AGC can help improve hair manageability & provides heat protection.


Evaluation on Caucasian curly hair type 3A-C


When using AURIST™ AGC in leave-on formulations, such as a styling spray, hair is more manageable, providing light hold.
| Compatible with a wide range of commonly used personal care ingredients, AURIST™ AGC does not require pH neutralization or pre-mix. | It is supplied in the format of a liquid that is easy to pour, and cold processable. |
INCI: Water (and) Alpha-Glucan Hydroxypropyltrimonium Chloride (and) Propylene Glycol
Appearance: Amber liquid
Recommended use: 0.6 – 3%
Origin: Biocatalysis based on sucrose
Consumers prioritize ingredient effectiveness and are generally unwilling to compromise on performance, even for sustainability. Science-backed ingredients and validation are increasingly important. Biotechnology is transforming the hair care industry by providing sustainable, high-performance alternatives to traditional ingredients.


The DEB process allows us to access unique, structurally-diverse polysaccharides—like those found in nature—at scale and under mild process conditions. This provides an unprecedented design space for enhanced performance. Using only plant-based sugars, water, and our favorite biocatalyst—the enzyme—we can now design functional, biobased, biodegradable materials without compromising performance.


The enzymatic process enables tailored polymer properties, which can then be further modified with a variety of functional groups– expanding the material design space to be even more flexible.


The precisely controlled enzymatic process ensures excellent structural uniformity for the DEB materials. This offers high reproducibility and little batch-to-batch variation.


Biodegradability is intrinsic to polysaccharide materials. Tailoring the molecular structure allows DEB to meet or exceed required product performance while still meeting biodegradability requirements across application areas.