Quick answer

Synthetic amino acid derivative that functions to soften skin and condition hair; Can also be used as a surfactant; Helps protect skin’s surface from water loss; Enhances the effectiveness of preservatives, allowing lower amounts to be used Key benefits: Hydration.

Capryloyl Glycine

Updated

N-(1-oxooctyl)glycine

Purpose

Amino acid derivative that works as a skin-softening agent and helps protect skin’s surface from water loss. In certain formulations, it can also be used as a cleansing agent.

Rating

GOOD

Category

Cleansing Agent, Preservative

INCI Purpose

CLEANSING, HAIR CONDITIONING, SURFACTANT - CLEANSING

Benefits

Hydration — Attracts and locks in moisture to keep skin plump and dewy

Alternative Names

At a Glance

Synthetic amino acid derivative that functions to soften skin and condition hair

Can also be used as a surfactant

Helps protect skin’s surface from water loss

Enhances the effectiveness of preservatives, allowing lower amounts to be used

Article

Capryloyl glycine is a synthetic amino acid derivative that functions as a skin-softening or hair-conditioning agent. Depending on the formula, it can also be used as a surfactant.

Capryloyl glycine helps protect skin’s surface from water loss and can enhance the effectiveness of cosmetic preservatives, allowing lower amounts to be used (a feature that minimizes the risk of a sensitized reaction).

As a raw material, suppliers of this ingredient describe it as a white to off white powder.

In 2017, the Cosmetic Ingredient Review Expert Panel deemed capryloyl glycine safe as used in cosmetics. Their report surveyed products containing up to 2%.

As an aside, capryloyl glycine has also been studied as key topical ingredient to inhibit excessive body hair growth. One study showed a 4% concentration (in tandem with soy isoflavones) was successful in this regard due to its ability to inhibit an enzyme present in hair follicles.

References

UL Prospector, Accessed September 2021, ePublication Journal of Cosmetic Dermatology, March 2021, pages 18-22 International Journal of Toxicology, May/June 2017, pages 17S-56S