Hexylene Glycol +/- May Contain Ci 77891

TL;DR. It primarily serves as a solvent and humectant, helping dissolve fragrance, preservatives, and other sparingly soluble ingredients while adjusting skin feel. If the optional pigment is present, the blend can also add opacity or whiteness.

What does Hexylene Glycol +/- May Contain Ci 77891 do in a cosmetic formula?

It primarily serves as a solvent and humectant, helping dissolve fragrance, preservatives, and other sparingly soluble ingredients while adjusting skin feel. If the optional pigment is present, the blend can also add opacity or whiteness.

Is Hexylene Glycol +/- May Contain Ci 77891 clean?

It is generally accepted in many conventional and clean-positioned formulas, but some clean frameworks flag it because it is synthetic and can sting on compromised skin or near the eyes. If the optional mineral colorant is present, particle form and nano status can affect retailer and regional disclosure expectations.

Is Hexylene Glycol +/- May Contain Ci 77891 sustainable?

This material is usually petrochemical-derived, though bio-based production routes are possible. It is expected to biodegrade and is not known for bioaccumulation, while the optional inorganic colorant is mineral-derived and persistent as an inert particle.

Is Hexylene Glycol +/- May Contain Ci 77891 COSMOS-approved?

The solvent portion is not a strong fit for COSMOS organic or natural standards because it is a synthetic diol not typically accepted under those frameworks. Its Green Chemistry profile is mixed, with useful multifunctionality and biodegradability balanced against nonrenewable feedstock, while the optional mineral colorant may be permitted when purity and particle-size rules are met.

How does Hexylene Glycol +/- May Contain Ci 77891 work chemically?

The molecule is a small, branched diol, which explains its water miscibility, solvent power, and humectant feel. Typical leave-on use is often below 5%, with higher levels possible in specialty systems; it is broadly pH-stable, helps dissolve preservatives and scent components, and can increase eye or skin stinging as concentration rises.

Last updated 2026-05-13