Azelaic Acid is a saturated dicarboxylic acid and specialty skin-care ingredient used in cosmetic formulations designed for complexion care, uneven-looking skin tone, blemish-prone skin and overall skin conditioning. It is also known chemically as Nonanedioic Acid and occurs naturally in certain grains, including wheat, rye and barley. Its chemical identity is well established as C₉H₁₆O₄, with a molecular weight of 188.22 g/mol. PubChem
In cosmetic formulation, Azelaic Acid is particularly relevant to products developed for blemish-prone skin, visible redness, uneven complexion and the appearance of post-blemish discoloration. It can be formulated into creams, gels, serums and other topical cosmetic formats depending on the selected grade and formulation system.
For manufacturers searching for Azelaic Acid Cosmetic Ingredient, Azelaic Acid Cosmetic Raw Material, Azelaic Acid Cosmetic Grade, Azelaic Acid Manufacturer in India, or Azelaic Acid Skin Care Ingredient, important sourcing parameters include chemical identity, assay, purity, particle characteristics, solubility, melting point, moisture and formulation compatibility.
Azelaic Acid is a naturally occurring nine-carbon dicarboxylic acid, also called nonanedioic acid. It contains two carboxylic acid groups at opposite ends of the carbon chain.
Azelaic Acid occurs naturally in whole grains such as wheat, rye and barley and is also associated with microbial metabolism on human skin. PubChem
For cosmetic formulation, Azelaic Acid is commonly considered for products targeting:
Azelaic Acid is a multifunctional ingredient for advanced skin-care formulations. Its chemical structure and topical-use profile make it suitable for products intended for specific complexion and skin-conditioning applications.
Potential formulation formats include:
The final formulation should be evaluated for concentration, particle size, pH, texture, stability, compatibility and sensory properties.
Azelaic Acid is widely associated with products designed for blemish-prone skin. Ingredient-level references describe activity relevant to microorganisms associated with skin and to processes involved in follicular keratinization. PubChem
In cosmetic products, it can therefore be incorporated into formulations intended to support a clearer-looking and more balanced complexion.
The finished product should be assessed for:
Azelaic Acid is also used in complexion-care concepts focused on the appearance of uneven skin tone.
It can be incorporated into formulations intended to address the visual appearance of post-blemish discoloration and uneven-looking complexion.
Formulators may combine Azelaic Acid with other cosmetic ingredients, provided the complete formulation demonstrates suitable compatibility and stability.
Azelaic Acid is relevant to skin-care products designed for the appearance of post-blemish discoloration and uneven-looking skin.
It may be used in targeted facial-care formulations such as:
Finished-product claims should be supported by appropriate cosmetic substantiation and should remain within the applicable regulatory framework.
Azelaic Acid is frequently discussed in skin-care formulations intended for visibly uneven or redness-prone complexion.
For cosmetic development, the finished formulation should be designed with attention to:
Because Azelaic Acid can have a distinctive sensory profile at higher concentrations, formulation texture and application characteristics should also be considered.
Azelaic Acid can be incorporated into suitable facial cream formulations.
Cream systems may contain:
One of the main formulation challenges is achieving a uniform dispersion of the solid active while maintaining an acceptable skin feel.
Important finished-product tests include:
Azelaic Acid can be evaluated in suitable gel and gel-cream systems.
Gel formulations can provide lightweight formats for facial and targeted complexion-care products.
The choice of gelling polymer, solvent system and processing method can influence dispersion, viscosity and final product appearance.
Azelaic Acid can be incorporated into selected serum and lightweight facial-care formulations.
Because Azelaic Acid has limited water solubility compared with highly water-soluble cosmetic ingredients, formulators should carefully select the vehicle and dispersion system.
A serum formulation may also include:
The final system should be tested for uniformity, stability and sensory performance.
Azelaic Acid and Niacinamide are frequently considered together in multifunctional skin-care formulations.
Niacinamide can contribute skin-conditioning functionality, while Azelaic Acid can be incorporated into formulations focused on blemish-prone skin, complexion appearance and uneven-looking tone.
When combining the two ingredients, formulators should evaluate:
Azelaic Acid can be incorporated into formulations containing Hyaluronic Acid or Sodium Hyaluronate.
Hyaluronic Acid-related ingredients provide hydration-oriented functionality, while Azelaic Acid contributes to the active complexion-care component.
This combination can be evaluated in creams, gels and selected serum-type formulations.
Azelaic Acid may be considered alongside Salicylic Acid in advanced skin-care formulations intended for blemish-prone and complexion-focused applications.
However, combining multiple active ingredients can increase formulation complexity. Manufacturers should evaluate:
The complete finished product should be assessed rather than assuming that individual ingredient properties will remain unchanged after combination.
Azelaic Acid can be considered with Alpha-Arbutin in selected complexion-care formulations.
Alpha-Arbutin is generally used in products focused on the appearance of uneven pigmentation, while Azelaic Acid can provide complementary complexion and blemish-care functionality.
Compatibility, pH and stability should be evaluated in the finished formulation.
Azelaic Acid has limited solubility in water, which is an important consideration during formulation development.
This property means that many formulations require appropriate dispersion, solubilization or vehicle-selection strategies rather than treating Azelaic Acid like a highly water-soluble active.
Solubility behaviour can be influenced by:
The actual commercial grade should be evaluated before establishing manufacturing parameters.
Particle characteristics can have an important effect on Azelaic Acid formulation performance.
A uniform particle distribution can influence:
For creams and gels, suitable dispersion and processing conditions should be established during formulation development.
The final pH of an Azelaic Acid-containing product depends on the complete formulation.
Relevant factors include:
The finished product should be tested after manufacturing and throughout stability studies.
Azelaic Acid itself is a chemically well-characterized saturated dicarboxylic acid, but finished-product stability depends on the complete formulation.
Important considerations include:
Stability testing should evaluate both chemical integrity and physical characteristics such as phase separation, crystallization, viscosity and appearance.
Packaging should be selected according to the physical and chemical requirements of the finished product.
Important packaging considerations include:
Tubes, pumps, jars or other suitable packaging formats may be evaluated according to the formulation.
Azelaic Acid is suitable for evaluation in advanced and premium skin-care formulations focused on complexion appearance and blemish-prone skin.
Potential product formats include:
Finished products should undergo suitable stability, compatibility and quality testing.
Azelaic Acid can be evaluated in selected personal-care products where its intended cosmetic use is appropriate.
The concentration, product format and claims should be determined according to the target market and applicable cosmetic regulations.
It is important to distinguish cosmetic positioning from pharmaceutical indications because Azelaic Acid also has established medical uses. PubChem identifies both cosmetic and dermatological applications for the substance. PubChem
For manufacturers searching for Azelaic Acid Cosmetic Ingredient, Azelaic Acid Cosmetic Raw Material, Azelaic Acid Cosmetic Grade, or Azelaic Acid Manufacturer in India, important sourcing parameters include:
The actual commercial specification should always be used for final technical documentation.
Azelaic Acid Cosmetic Ingredient Manufacturer in India is a relevant search term for cosmetic manufacturers and formulators sourcing specialty skin-care raw materials.
Swapnroop provides cosmetic raw-material solutions for professional formulation and manufacturing requirements.
Azelaic Acid can be considered for manufacturers developing blemish-care, complexion-care, facial cream, gel, serum and advanced skin-care formulations.
When sourcing Azelaic Acid, manufacturers should confirm the exact grade, assay, purity, physical characteristics and applicable product specification.
Specialty Skin-Care Ingredient: Suitable for advanced cosmetic formulation development.
Complexion-Care Applications: Suitable for formulations focused on uneven-looking skin tone and complexion appearance.
Blemish-Prone Skin Applications: Suitable for cosmetic concepts developed for blemish-prone skin.
Formulation Flexibility: Can be evaluated in creams, gels, serums and targeted skin-care products.
Defined Chemical Identity: Clearly identified as Azelaic Acid / Nonanedioic Acid.
Technical Quality Parameters: Product selection can be based on assay, purity and applicable specifications.
B2B Cosmetic Raw Material: Suitable for professional cosmetic manufacturers and formulators.
Bulk Ingredient Supply: Suitable for commercial formulation and manufacturing requirements.
Azelaic Acid is a saturated dicarboxylic acid, also known as Nonanedioic Acid, used in specialty skin-care formulations and established pharmaceutical topical products. PubChem
The CAS number of Azelaic Acid is 123-99-9. PubChem
The molecular formula is C₉H₁₆O₄. PubChem
The molecular weight is 188.22 g/mol. PubChem
Azelaic Acid is used in selected cosmetic formulations focused on complexion care, blemish-prone skin, uneven-looking skin tone and the appearance of post-blemish discoloration.
Azelaic Acid has limited water solubility, so formulation developers generally need to consider an appropriate vehicle and dispersion strategy.
Yes. Azelaic Acid can be evaluated in suitable facial cream formulations with appropriate dispersion, texture and stability testing.
Yes, but the formulation system should account for its limited water solubility and ensure uniform dispersion and acceptable product stability.
Yes. They can be evaluated together in suitable cosmetic formulations, subject to compatibility, pH and stability testing.
No. They are chemically different substances. Azelaic Acid is a dicarboxylic acid, while Salicylic Acid is an aromatic hydroxy acid.
No. Azelaic Acid and Kojic Acid have different chemical structures and belong to different chemical classes.
| Parameter | Specification |
|---|---|
| Appearance | White to off-white crystalline powder |