Phenoxyethanol Sodium Acrylates Crosspolymer-2 ●
TL;DR. This material is primarily a rheology modifier: it thickens water-based formulas, builds gel structure, and helps suspend particles or droplets. It also arrives as a preserved raw material, so it can contribute some preservative load to the finished formula.
What does Phenoxyethanol Sodium Acrylates Crosspolymer-2 do in a cosmetic formula?
This material is primarily a rheology modifier: it thickens water-based formulas, builds gel structure, and helps suspend particles or droplets. It also arrives as a preserved raw material, so it can contribute some preservative load to the finished formula.
Is Phenoxyethanol Sodium Acrylates Crosspolymer-2 clean?
This ingredient has clean-standard friction because it combines a synthetic persistent polymer with a preservative component that many retailers cap around 1% and some natural standards do not accept. Skin tolerance is usually good at normal use levels, but eye-area and leave-on use are where formulators watch the preservative load.
Is Phenoxyethanol Sodium Acrylates Crosspolymer-2 sustainable?
This material is synthetically made, largely from petrochemical feedstocks, and the polymer fraction is not expected to readily biodegrade. Wastewater removal depends more on capture of the gel-like polymer than true mineralization, so its sustainability profile is weaker than biodegradable gums or cellulose-derived thickeners.
Is Phenoxyethanol Sodium Acrylates Crosspolymer-2 COSMOS-approved?
It is not aligned with COSMOS-natural or COSMOS-organic because the synthetic crosslinked polymer is outside the standard and the preservative component is not a typical COSMOS-accepted system. From a Green Chemistry view, the main drawbacks are nonrenewable feedstocks and limited biodegradability, though it can reduce formula complexity by thickening efficiently at low levels.
How does Phenoxyethanol Sodium Acrylates Crosspolymer-2 work chemically?
This material is a pre-neutralized, crosslinked anionic polycarboxylate network supplied with a small-molecule preservative, and it hydrates in water to create yield value and viscosity. Typical use is often about 0.2% to 2% as supplied, with best performance in mildly acidic to neutral formulas; high electrolyte load, very low pH, or certain cationic ingredients can reduce viscosity or clarity.
Last updated 2026-05-14