GLYCERIN ISODODECANE ●
TL;DR. This material pairs water-binding humectancy with a fast-evaporating emollient solvent, so it can improve slip, spread, dry-down, and short-term hydration in color cosmetics, skin care, and hair styling formulas.
What does GLYCERIN ISODODECANE do in a cosmetic formula?
This material pairs water-binding humectancy with a fast-evaporating emollient solvent, so it can improve slip, spread, dry-down, and short-term hydration in color cosmetics, skin care, and hair styling formulas.
Is GLYCERIN ISODODECANE clean?
Clean-beauty frameworks are split on this material: one component is broadly accepted and well tolerated, while the volatile synthetic solvent component can draw restricted-list scrutiny because of petrochemical origin and sensitivity concerns in some formats.
Is GLYCERIN ISODODECANE sustainable?
This material can combine renewable plant-derived feedstock with a petroleum-derived nonpolar solvent. The humectant portion is readily biodegradable, while the volatile solvent portion has weaker Green Chemistry alignment and depends on fossil feedstocks.
Is GLYCERIN ISODODECANE COSMOS-approved?
It is not fully aligned with COSMOS-natural or COSMOS-organic as a combined material because the volatile synthetic solvent component is not generally permitted, even though the humectant component can be permitted when sourced and processed appropriately. Green Chemistry alignment is mixed, with good biodegradability and low concern for one portion, and lower renewability for the other.
How does GLYCERIN ISODODECANE work chemically?
Technically, this material combines a highly polar, water-miscible, hygroscopic molecule with a nonpolar, water-insoluble volatile molecule, so it needs emulsifiers, solubilizers, or anhydrous structuring systems for stable incorporation. Use levels vary widely, with the humectant portion often around 1 to 10% and the volatile solvent portion often higher in long-wear or quick-dry products; the polar portion is stable across normal cosmetic pH, while the nonpolar portion is pH-independent.
Last updated 2026-05-14