Sodium hyaluronate

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Humectant

Sodium hyaluronate

Sodium hyaluronate is a salt form of hyaluronic acid used in moisturising formulas to bind water.

OriginsSourcingHow it worksIn practiceAt Enica

THE STORY

Roots. Research. Everyday rituals.

1934: identification

Meyer and Palmer identified hyaluronic acid in the early history of this research field. Its name and chemistry developed from studies of a naturally occurring tissue component.

Production evolves

Hyaluronic acid can be obtained through different production routes. Microbial fermentation is an important modern method, rather than proof that every supplier uses the same source.

Everyday skincare

The ingredient family now appears in serums and moisturizers. Molecular size and the finished formulation are important parts of understanding how a product behaves.

SOURCE TO FORMULA

The ingredient journey.

Hyaluronic-acid ingredients can be produced through microbial fermentation. Animal-derived routes also exist; origin needs supplier confirmation.

Production route

Hyaluronic acid may be produced by controlled microbial fermentation.

Recovery

Separate and purify the polymer from the production medium.

Specification

Characterize properties such as molecular size and purity.

Hydration system

Incorporate the ingredient into a compatible water-based cosmetic formula.

A LITTLE SCIENCE

A water-binding ingredient with a place in everyday hydration.

Sodium hyaluronate is the sodium salt of hyaluronic acid, a water-binding polymer. In skincare it functions as a humectant. A useful formula balances water-binding ingredients with the rest of the moisturizing system; one familiar ingredient cannot describe the complete feel or performance.

Hyaluronic-acid family · humectantHumectant

IN PRACTICE

Make sense of the ingredient.

Dehydrated-feeling skin

Humectants help bind water in a formula and on the skin surface. Skin can feel dehydrated even when it also produces oil.

Hyaluronic acid versus its salt

The two names belong to the same ingredient family but are not identical labels. Sodium hyaluronate is commonly selected for cosmetic formulation.

Using a moisturizer

A hydrating serum and a moisturizer can serve complementary roles. Follow the finished product directions rather than assuming that a serum replaces every other step.

Molecular-weight claims

Different polymer sizes behave differently. Terms such as multi-weight need a specification; a front-label slogan alone is not a complete description.

Humectants

Water-binding ingredients support the hydration side of a skincare routine.

Emollients

Skin-softening ingredients address feel and surface smoothness. They can complement a humectant in a complete moisturizer.

THE ENICA CONNECTION

Its place in our formulas.

Enica names 2% Sodium Hyaluronate as the focus of its Creamy Face Gel, alongside Niacinamide, Aloe vera and Centella asiatica. Hyaluronic acid is also listed in the Glutathione Face Serum. These ingredient lists place hydration within two different topical product formats.

2% Sodium Hyaluronate Creamy Face Gel

DOCUMENTED INGREDIENTS

2% sodium hyaluronate · Niacinamide · Aloe vera · Centella asiatica

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2% Glutathione Face Serum

DOCUMENTED INGREDIENTS

2% glutathione · Niacinamide · Alpha arbutin · Hyaluronic acid

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Choose with care.

Molecular weight and the complete formula affect performance. Topical skincare is different from injectable fillers.

The cited trial studied specific moisturisers, not Enica. It does not establish an Enica ingredient supplier or molecular weight.

Explore the research