Glycerin. Micrycrystalline Cellulose ●
TL;DR. This material combines water-binding humectancy with texture modification, helping formulas hold moisture while adding body, opacity, slip, or mild physical polishing depending on particle size.
What does Glycerin. Micrycrystalline Cellulose do in a cosmetic formula?
This material combines water-binding humectancy with texture modification, helping formulas hold moisture while adding body, opacity, slip, or mild physical polishing depending on particle size.
Is Glycerin. Micrycrystalline Cellulose clean?
This ingredient is generally well tolerated and has little friction in clean-beauty standards. Sensory irritation is uncommon, although higher levels of the particulate fraction can feel gritty in leave-on products.
Is Glycerin. Micrycrystalline Cellulose sustainable?
This material is typically biobased, with one portion commonly sourced from plant oils or fermentation and the particulate portion from purified plant fiber. It is readily biodegradable and does not raise the persistence concerns associated with synthetic plastic scrub particles.
Is Glycerin. Micrycrystalline Cellulose COSMOS-approved?
It is generally compatible with COSMOS natural and organic formulas when made from approved plant feedstocks and permitted processing routes. From a Green Chemistry view, it aligns well through renewable sourcing, biodegradability, and low concern for environmental persistence.
How does Glycerin. Micrycrystalline Cellulose work chemically?
The molecule portion is a small three-carbon polyol, while the solid fraction is an insoluble purified polysaccharide built from beta-1,4-linked glucose units. Typical use ranges are about 1 to 10% for humectancy and lower to moderate levels for viscosity, suspension, absorbency, or polishing, with broad stability across normal cosmetic pH ranges.
Last updated 2026-05-14