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Luxiface Ingredient Intelligence

LHA

A lipophilic salicylic-acid derivative used for gentle surface and pore-focused exfoliation.

Also known as: Capryloyl Salicylic Acid

Acne & Exfoliation Evidence: Established

Ingredient overview

What is LHA?

LHA, or capryloyl salicylic acid, is a lipophilic derivative of salicylic acid used for controlled surface exfoliation and pore-focused skincare. Its fatty chain and larger structure make its behavior different from salicylic acid itself.

Published reviews describe LHA as having exfoliating and comedolytic properties with relatively slow penetration. Evidence is more limited than for salicylic acid, and the two should not be treated as identical simply because LHA belongs to the salicylic-acid family.

At a glance

Why it is used

ExfoliationPore careTexture smoothing

Often chosen for

Common concerns

Clogged poresOilinessTexture

Skin types

OilyCombination

Routine role

Pore exfoliationTexture careBlemish support

Routine guidance

How to use it

Use LHA products according to their format and introduce leave-on exfoliants gradually if you are sensitive or already using retinoids or acids.

Pairing guidance

Routine compatibility

LHA can be paired with niacinamide, zinc PCA and barrier-support ingredients. Avoid unnecessary stacking of several strong exfoliants in the same routine.

Formula context matters

Good to know

LHA is still an exfoliating active and can irritate over-treated skin. Evidence for LHA is smaller than for salicylic acid.

Shop the ingredient

Featured products with LHA

A curated selection from the Luxiface catalogue.

Use it in context

Relevant Luxiface routines

See complete routines where this ingredient fits alongside compatible steps.

Keep exploring

Related ingredients

Ingredient information is educational. Product suitability depends on the complete formulation, concentration, how it is used and your individual skin.

Evidence & references

Sources & further reading

These references support the ingredient overview. Performance and suitability still depend on the finished product, concentration and how it is used.