Ingredient dictionary

Ethylparaben

Ethylparaben is a preservative from the paraben family. It is used in small amounts to stop mold and bacteria from growing in water-based products. It is on the label of 14 products in our library. Checked against our library November 6, 2026.

The catch: ethylparaben belongs to the paraben family, which is well studied and allowed within set limits, but many shoppers prefer paraben-free products and a small number of people are allergic.

Parabens. Parabens are well-studied and allowed at set limits. Many shoppers still prefer paraben-free, and a small number of people are allergic.

What Ethylparaben does

Protects formulas from mold and bacteria
Helps products stay fresh on shelves
Works in water-based and creamy formulas

Ethylparaben is made by reacting para-hydroxybenzoic acid with ethanol, a common process called esterification. It is one of several parabens, a family of preservatives that have been used in cosmetics for many decades.

Formulators use it because it helps guard water-based products against mold, yeast and bacteria. It is usually used in small amounts, often alongside other preservatives, and it adds little scent or color. Its feel on skin is light, so it usually does not change how a concealer or lotion feels.

Good for

Suits shoppers who want a well-studied preservative, and is common in concealers and other water-based makeup.

Be careful if

Ethylparaben belongs to the paraben family, which is well studied and allowed within set limits, but many shoppers prefer paraben-free products and a small number of people are allergic.

Frequently asked questions

Is ethylparaben safe in concealer?

Ethylparaben is a well-studied preservative in cosmetics and is allowed within set limits. Whether it suits you depends on your skin and your preferences. If you know you react to parabens, choose a paraben-free concealer.

Is ethylparaben the same as methylparaben?

No. They are close relatives in the paraben family. The main difference is one extra carbon atom in the side chain, which slightly changes how each one dissolves in a formula.