Capryloyl Glycine is the acylation product of glycine with caprylic acid chloride. It conforms to the formula:
Explore the recorded roles of CAPRYLOYL GLYCINE and what they can mean in a cosmetic formula.
The panels below interpret this ingredient’s recorded functions. They describe possible contributions, not proven clinical results. Any individually reviewed study is shown separately.
Examples associated with the recorded function classes; these are not verified product listings or instructions to apply the raw ingredient.
Ingredient form, concentration, pH, delivery system and contact time can change the result. A skin finding does not establish a hair benefit; a conditioning or fibre result does not establish hair growth.
CosIng record · function source ↗Capryloyl Glycine is the acylation product of glycine with caprylic acid chloride. It conforms to the formula:
European Commission · source text, with formatting normalised · CC BY 4.0CAS and EC identifiers are source references. A botanical extract, polymer or mixture may have more than one identifier; a name does not establish purity, supplier grade or sourcing.
Matched through one source CAS and a confirmed ingredient name or source alias. These facts describe the matched PubChem record; they do not describe particle form, supplier grade or finished-product performance.
A source-recorded function related to the appearance of sebum-associated skin or scalp conditions. It is not a diagnosis or a treatment recommendation.
Helps reduce microbial activity in the context of a cosmetic use. This function does not establish that a product treats an infection.
Helps manage the appearance or feel of excess surface oil in a cosmetic context.
Helps reduce or mask body odour within the context of the finished product.
Helps improve the feel, appearance or manageability of hair. Results depend on the finished formula and hair condition.
Helps lift and disperse oil and soil so they can be rinsed away. Cleansing strength depends on the blend and use conditions.
Functions describe possible roles in a formulation. They do not establish the performance of every product containing this ingredient.
Look for the complete name CAPRYLOYL GLYCINE. Similar words, derivatives and salts can refer to different ingredients.
A label usually does not tell you the supplier grade, extraction method or exact concentration of each ingredient. An individual ingredient cannot reveal the overall behaviour of a finished formula.
This entry currently documents source identity and functions. Ingredient-specific efficacy studies, sensitisation context and India-specific restrictions still need an editorial review.
Applicable Cosmetics Rules and standards need to be checked for the ingredient, product type and use. Ingredient-specific restrictions have not yet been mapped here.
CosIng records do not authorise use. Check the current Cosmetics Regulation and annexes for restrictions and conditions.
FDA guidance has a US scope. Product classification, colour additives and other ingredient conditions require separate checks.
No personalised suitability or allergy assessment is provided. A source function is separate from human efficacy and finished-product testing.
2D structure · PubChem CID 84290 · 2D structure depiction using the PubChem isomeric SMILES record. This does not show particle size, crystal form, supplier grade or raw-material appearance.
Structure rendered for Beaut.in from PubChem data.
Original image / data source ↗
Rendered from the source isomeric SMILES representation. This is not a photograph of the cosmetic raw material. · Reference checked 28 October 2026.
Identity, identifiers and functions. Snapshot checked 28 October 2026. CosIng source reference: 74851.
Beaut.in explains ingredient information in original language. Source inclusion does not constitute endorsement. Source descriptions and annex-table fields are reproduced with credit to the European Union; formatting is normalised. The current record is a dated snapshot, not a live regulatory monitor. Reuse terms: European Commission · CC BY 4.0 ↗.