C13-15 Alkane* Hydroxypropyl Gluconamide

TL;DR. This material functions as a lightweight emollient and carrier, with added humectant and conditioning benefits from its sugar-derived amide portion. In hair care, it can improve slip and softness without a heavy oil feel.

What does C13-15 Alkane* Hydroxypropyl Gluconamide do in a cosmetic formula?

This material functions as a lightweight emollient and carrier, with added humectant and conditioning benefits from its sugar-derived amide portion. In hair care, it can improve slip and softness without a heavy oil feel.

Is C13-15 Alkane* Hydroxypropyl Gluconamide clean?

From a clean-beauty perspective, it is generally well tolerated and has low allergen relevance. The main scrutiny is documentation, since clean-standard acceptance depends on feedstock origin, processing route, and residual-solvent controls.

Is C13-15 Alkane* Hydroxypropyl Gluconamide sustainable?

This ingredient is typically positioned as plant-derived or partly plant-derived, and the lightweight emollient fraction is often used as a silicone alternative. Its sustainability profile is stronger when renewable carbon sourcing and ready-biodegradability data are supplier-confirmed.

Is C13-15 Alkane* Hydroxypropyl Gluconamide COSMOS-approved?

It may fit COSMOS-natural frameworks when made from approved renewable feedstocks using permitted chemistry, but it is not a simple automatic fit for COSMOS-organic without supplier documentation. From a Green Chemistry lens, it scores best for renewable inputs, low odor, and efficient formulation performance, with the main caveat being transparency around derivatization and processing aids.

How does C13-15 Alkane* Hydroxypropyl Gluconamide work chemically?

Chemically, this is a blend or paired system combining linear saturated hydrocarbon chains in the low-teens carbon range with a polyhydroxy sugar-acid amide. It is generally stable across normal cosmetic pH ranges, has low oxidation risk because it lacks unsaturated lipid bonds, and is typically used as part of the emollient or conditioning phase rather than as a stand-alone active.

Last updated 2026-08-18