Adipic Acid 25 g

Adipic Acid: A Multifunctional Ingredient for Advanced Cosmetic Formulations

Unlock the potential of sophisticated skincare with our high-quality Adipic Acid, a dicarboxylic acid offering a range of benefits for advanced cosmetic formulations. This versatile ingredient plays a crucial role as a pH adjuster, buffering agent, and can contribute to the texture and stability of various cosmetic products. Its unique properties make it a valuable addition to formulations targeting skin balance, product integrity, and enhanced user experience.

Applications and Areas of Use in Cosmetics:

Adipic acid's multifaceted nature allows for its incorporation into a diverse spectrum of cosmetic products, contributing to their efficacy and stability:

• pH Adjusters and Buffering Agents: Primarily utilized to regulate and stabilize the pH of cosmetic formulations, ensuring optimal performance of active ingredients and maintaining skin compatibility. This is crucial in products like toners, cleansers, and emulsions to prevent irritation and maintain the skin's natural acid mantle.
• Emulsion Stabilizers: Can contribute to the stability of emulsions (mixtures of oil and water), preventing separation and ensuring a consistent texture and appearance over time in creams, lotions, and conditioners.
• Chelating Agent: Possesses mild chelating properties, which can help to bind metal ions that might otherwise interfere with the stability or color of cosmetic formulations.
• Exfoliants (Indirectly): While not a direct exfoliant like AHAs or BHAs, its acidic nature can contribute to a mild keratolytic effect, aiding in the gentle removal of dead skin cells and promoting smoother skin texture, particularly in leave-on products at appropriate concentrations.
• Viscosity Modifiers: Can influence the viscosity and texture of certain formulations, contributing to a more elegant feel and application of creams, lotions, and gels.
• Hair Care Products: Used for pH adjustment in shampoos, conditioners, and styling products to optimize their performance and ensure compatibility with the hair and scalp.
• Color Cosmetics: Can assist in maintaining the stability and shade of pigments in makeup formulations by controlling pH.
• Sunscreen Formulations: Helps to maintain the pH stability of sunscreen emulsions, ensuring the efficacy of the UV filters.
• Antiperspirants and Deodorants: Used for pH adjustment to ensure the effectiveness of the active ingredients and maintain skin comfort.
• Toothpastes and Mouthwashes (Trace Amounts): While primarily oral care, trace amounts might be used for pH regulation. As per your request, this application will not be detailed.

Key Benefits for Cosmetic Formulations:

• Effective pH Adjustment: Crucial for maintaining the optimal pH range for both product stability and skin health.
• Enhances Emulsion Stability: Prevents the separation of oil and water phases, leading to longer-lasting and more aesthetically pleasing products.
• Contributes to Product Texture: Can influence the viscosity and feel of formulations, improving the user experience.
• Mild Chelating Properties: Helps to prevent discoloration and instability caused by metal ions.
• Potential for Mild Exfoliation: At appropriate concentrations, can contribute to smoother skin texture.
• Improves the Efficacy of Active Ingredients: Maintaining the correct pH ensures that active ingredients function optimally.
• Enhances Skin Compatibility: Proper pH balance helps to maintain the skin's natural barrier and prevent irritation.
• Versatile Application: Can be incorporated into a wide range of cosmetic product types.
• Globally Accepted: Generally recognized as safe for use in cosmetics at appropriate concentrations.
• Worldwide Shipping: Our online store provides delivery worldwide, making this valuable ingredient accessible globally.

Cosmetic Recipe: Gentle Balancing Toner with Adipic Acid

Instructions:

1. In a clean beaker, combine the distilled water and glycerin. Stir until the glycerin is fully dissolved.
2. Add the witch hazel distillate and stir gently.
3. Carefully weigh and add the adipic acid and sodium citrate to the mixture. Stir until completely dissolved. The sodium citrate acts as a counter-ion to help buffer the pH.
4. Incorporate the panthenol and stir until evenly distributed.
5. Finally, add the natural preservative and mix thoroughly.
6. Check the pH of the toner. The target pH should be between 4.5 and 5.5 for optimal skin compatibility. Adjust the amount of adipic acid or sodium citrate slightly if necessary to reach the desired pH.
7. Carefully transfer the toner to a clean bottle with a suitable dispensing mechanism.

Application Recommendations:

• Perform a patch test on a small area of skin before widespread use to check for any individual sensitivity.
• Incorporate adipic acid at the recommended percentage to achieve the desired pH and buffering effect. Higher concentrations may be irritating to some skin types.
• Ensure the adipic acid is fully dissolved in the aqueous phase of your formulation.
• The combination of adipic acid and a salt like sodium citrate creates a buffer system, helping to maintain a stable pH.
• Monitor the pH of your final product during formulation and stability testing.
• Adipic acid is generally well-tolerated, but individuals with highly sensitive skin may experience mild irritation at higher concentrations.
• Store the finished product in a cool, dark place away from direct sunlight and heat.
• Refer to relevant regulatory guidelines for the permissible concentration of adipic acid in cosmetic products in your region.