HA11014 Cosmetic Grade Oil-Dispersible Sodium Hyaluronate

Cosmetic Grade Oil-Dispersible Sodium Hyaluronate Description

Cosmetic Grade Oil-Dispersible Sodium Hyaluronate is a modified hyaluronic acid derivative that enables controlled dispersion in oil-based systems. It integrates castor oil derivatives and tocopherol in its formulation to maintain molecular stability while ensuring compatibility with various oil phases. The powdered form allows precise dosing and uniform distribution. Its engineered structure retains key viscoelastic properties, supporting improved formulation performance in modern cosmetic applications.

Cosmetic Grade Oil-Dispersible Sodium Hyaluronate Applications

1.       Cosmetic Formulations
   - Used as a dispersing agent in oil-based creams to achieve a uniform texture by leveraging its tailored polymer structure.
   - Applied as a thickening component in oily serums to provide improved viscosity control and ensure smooth application.

2.       Skincare and Personal Care
   - Employed as a hydrating enhancer in oil-based lotions to facilitate moisture retention by forming a viscoelastic network.
   - Used as a stabiliser in emulsion systems to prevent phase separation and maintain consistent product performance.

3.       Pharmaceutical Ointments
   - Integrated as a uniformity enhancer in oil-based ointments to support even distribution of active ingredients by capitalising on its dispersion properties.

Cosmetic Grade Oil-Dispersible Sodium Hyaluronate Packing

The product is packaged in moisture-barrier, anti-static bags enclosed within sealed, rigid containers to prevent contamination. Silica gel packets are included to control humidity during transit. The packaging is designed for enhanced protection against mechanical shocks. Store the product in a cool, dry space to preserve its functional properties. Customisable packaging options are available to accommodate specific storage and shipping needs.

Additional Information

Hyaluronic acid derivatives are central to cosmetic science due to their ability to interact with both aqueous and oil phases, offering unique benefits in formulation design. Their modified structures allow for targeted improvements in texture and stability, meeting precise formulation requirements.

Understanding the behaviour of polymer chains in oil-based systems is critical for formulating advanced cosmetic products. Research continues to refine dispersion techniques to optimise performance, ensuring that materials like Oil-Dispersible Sodium Hyaluronate contribute effectively to product efficacy in diverse applications.