Emerging cosmetic active · Skin-condition research

Urolithin A for premium topical and antioxidant concepts. Confirm identity, assay, delivery behavior and market suitability before formulation work.

Ingredient fundamentals

What is Urolithin A?

Urolithin A is a defined small molecule used in emerging cosmetic formulation research. Identity, assay basis, production route, particle or crystal profile and delivery behavior should be confirmed before a topical concept is screened. It is not the same as an ellagitannin extract or a finished delivery system: the quoted grade may be a neat powder, dispersion or carrier-based material. Procurement should connect identity and purity to measured solubility, particle behavior and the intended topical base.

Origin & commercial source

Origin and commercial sources

Urolithin A has a defined molecular identity, but commercial grades may differ in production route, impurity profile, particle form and delivery system. Natural research context and commercial supply information should be reviewed separately.

01 / MATERIAL IDENTITY

An emerging small molecule

Urolithin A has a defined molecular identity, but commercial raw materials may use different production routes or supplied forms. Identity, assay basis, related substances and carrier content should be tied to the actual grade.

Limited water solubility means that particle, crystal, dispersion or delivery information is important before a conventional water-serum concept is selected.

02 / FORMULATION CHECK

Set a feasibility screen first

Start with measured solubility, particle or crystal data and a clear active basis. Choose a water, lipid or dispersion route only after confirming the grade’s actual behavior.

Include wetting, sedimentation, crystal growth, light/heat exposure and packaging in the first screen; do not infer topical suitability from research form alone.

Technical identity

Urolithin A specification and COA review

Reference values are not a batch release document. Request the current specification and COA for the offered material.

Urolithin A — technical profile and buyer checks
Ingredient identityUrolithin A; 3,8-dihydroxy-6H-benzo[c]chromen-6-one.
INCI / market statusConfirm the applicable INCI or local name, cosmetic ingredient listing, use history and safety-assessment route separately for each destination market.
CAS reference1143-70-0.
Molecular formulaC13H8O4.
Molecular weight228.20 g/mol.
Target assay98% target. Confirm the method, dry-basis or as-is reporting, carrier content, isomers, related substances and lot-specific result.
Production routeCommercial material may use synthesis or bioconversion. Confirm the actual route, origin and process statement for the offered grade.
AppearanceTo be confirmed against the current specification.
Particle & crystal profileRequest particle size, crystal-form information and any carrier, encapsulation, lipid or microdispersion composition.
Solubility & dispersionWater solubility is limited. Request measured solubility and solvent compatibility, then compare powder dispersion, encapsulation or lipid-delivery options in the intended base.
StabilityRequest grade-specific data for crystallization, pH, light, heat, oxygen and packaging compatibility.
Storage & shelf lifeTo be confirmed against the current specification and supporting stability records.
Use boundaryTopical cosmetic R&D. Cosmetic status, claims, labeling and destination-market suitability require separate review.

Preliminary technical values are provided for project discussion. Confirm every value against the current specification and lot-specific COA for the offered material.

Formulation concepts

Urolithin A concepts for premium cosmetic formulations

These are starting concepts, not finished formulas. Set the active level, phase, process, preservation and packaging from the current specification, safety assessment and stability work.

01 / SERUM

Microdispersed concept serums

Request measured solubility and particle data, then monitor wetting, sedimentation, crystal growth and light stability in the intended package.

02 / EMULSION

Lipid or encapsulated creams

Confirm carrier composition, active basis, addition stage, particle stability and compatibility with the final packaging before moving beyond bench screening.

03 / GEL

Gel-cream concept prototypes

Use a verified dispersion system and track centrifuge, heat-cycle, light and long-term physical stability before discussing cosmetic communication.

Quality & documentation

Request Urolithin A COA, SDS and technical evidence

Document availability, scope and lot applicability must be confirmed for each quotation.

Identity & assay

Specification, CAS, analytical method, reference-standard information, carrier statement and lot-specific COA.

Source & impurities

Synthesis or bioconversion route, origin, isomers, related substances, residual solvents, heavy metals and microbial limits.

Formulation evidence

Measured solubility, particle size, crystal form, dispersion or delivery information plus pH, light and heat stability data.

Safety & market review

SDS, safety support, INCI or local-name review, use history and destination-market regulatory assessment.

For supplier qualification, request certificates showing the holder, scope and validity dates. Certification or regulatory status must be confirmed for the offered material and supply entity.

Research context

Use public sources to ask better questions.

Database records and publications provide technical context. They are not tests of the offered batch or proof of finished-cosmetic performance.

Chemical identity reference

Use the PubChem record as a starting point for identity, synonyms and molecular data; confirm it against the supplied grade.

Open research source

Skin-related literature search

Separate topical evidence from oral, sports-nutrition, animal and mechanistic studies when assessing relevance to a cosmetic project.

Open research source

Source & evidence route

Use neutral references, then request Cosveta’s current SKU file set.

Public databases and literature provide context only. They do not replace Cosveta’s specification, TDS, SDS or lot-specific COA.

Identity / regulatory

PubChem / EU CosIng

Review Urolithin A identity and cosmetic naming as a starting point; confirm the actual grade and destination-market status with Cosveta.

Open source
Research context

PubMed — Urolithin A skin

Separate skin, animal, oral and sports-nutrition research before any cosmetic communication.

Open source

Commercial research-supplier links have been removed. Verify every current product value against Cosveta’s supplied specification and lot-specific COA.

Buyer questions

Clarify the specification before ordering.

Is the 98% target a confirmed commercial specification?

Not yet. Confirm the available grade, assay method, reporting basis and lot-specific result before purchase.

What production route is used?

The production route is still to be confirmed for the offered material.

Can Urolithin A be added directly to a water serum?

There is not enough grade-specific information to assume direct addition. Request solubility and dispersion data, then test the intended base.

Can published healthy-ageing research be used as a cosmetic claim?

Published research does not automatically substantiate a finished-product claim. Review the supplied material, formula, wording and destination-market requirements separately.

Sample & supply review

Move from technical data to a project brief.

Request a sample, compare a batch or qualify a supply option. Include your country, formulation, required documents and order volume.

MOQ, packaging, sample availability, lead time and document scope are confirmed in the quotation.

Selected ingredientUrolithin A