DISTEARODIMONIUM HECTORITE

TL;DR. This ingredient is an oil-phase rheology modifier and suspending agent. It thickens anhydrous systems, helps stabilize pigments and powders, and gives gels, sticks, and emulsions better structure.

What does DISTEARODIMONIUM HECTORITE do in a cosmetic formula?

This ingredient is an oil-phase rheology modifier and suspending agent. It thickens anhydrous systems, helps stabilize pigments and powders, and gives gels, sticks, and emulsions better structure.

Is DISTEARODIMONIUM HECTORITE clean?

From a clean-beauty perspective, it is generally viewed as low-irritation in finished formulas, but it has some friction because it is a chemically modified mineral using a quaternary ammonium treatment. It is not a major allergen concern, but its synthetic modification keeps it from being a clean-standard simple fit.

Is DISTEARODIMONIUM HECTORITE sustainable?

This material starts with a mined clay and is then modified with fatty quaternary ammonium chemistry, so its footprint includes mineral extraction and chemical processing. The mineral portion is not biodegradable, and the modified material is expected to persist as inert particulate matter rather than readily break down.

Is DISTEARODIMONIUM HECTORITE COSMOS-approved?

This ingredient has partial COSMOS and Green Chemistry alignment rather than a clear green fit, since unmodified clays are more straightforwardly compatible than chemically modified mineral clays. It may be permitted only under certifier-specific conditions for natural formulations, while the quaternary modification and limited biodegradability weaken its Green Chemistry profile.

How does DISTEARODIMONIUM HECTORITE work chemically?

The molecule is best understood as a layered smectite mineral whose interlayer cations have been exchanged with long-chain quaternary ammonium ions, making the platelets compatible with oils and low-polarity solvents. Typical use is about 0.5% to 5%, often with a polar activator such as carbonate, alcohol, or glycol to fully develop viscosity and suspension performance.

Last updated 2026-05-16