HA10504 Hydrolysed Sodium Hyaluronate Powder (C14H20NO11Na)n (CAS No.: 9067-32-7)

Hydrolysed Sodium Hyaluronate Powder (C14H20NO11Na)n (CAS No.: 9067-32-7) Description

Hydrolysed Sodium Hyaluronate Powder (C14H20NO11Na)n is a chemically processed form of hyaluronic acid characterised by a reduced molecular weight. Its defined chain length offers enhanced moisture retention and controlled viscosity in formulations. The material is produced through precise hydrolysis, ensuring a narrow distribution of polymer sizes. This characteristic is critical for applications where penetration and uniform hydration of matrices are required.

Hydrolysed Sodium Hyaluronate Powder (C14H20NO11Na)n (CAS No.: 9067-32-7) Applications

Healthcare Applications
- Used as a hydrating agent in wound dressings to improve tissue moisture balance by leveraging its high water-binding capacity.
- Applied in injectable formulations to support tissue repair by ensuring controlled viscosity and enhanced bioavailability.

Cosmetic Applications
- Employed in skincare serums to achieve better skin moisture retention by leveraging its molecular structure for improved penetration.
- Integrated into creams to moderate formulation rheology and enhance dermal hydration.

Industrial Applications
- Used as a viscosity modifier in lubricant systems to maintain a stable flow profile by leveraging its controlled molecular weight distribution.
- Applied in polymer processing as an additive to adjust hydrophilicity and facilitate blending with other bio-based materials.

Hydrolysed Sodium Hyaluronate Powder (C14H20NO11Na)n (CAS No.: 9067-32-7) Packing

The powder is packaged in sealed, moisture-resistant plastic containers with an inner barrier to prevent environmental contamination. Each container is further protected by anti-static wrapping to minimise particulate ingress. Storage should be in a cool, dry environment with reduced humidity to avoid premature degradation. Customised packaging options, including secondary containment and labelling modifications, are available upon request.

Additional Information

Hyaluronic acid and its derivatives are widely studied within materials science for their unique hydrophilic characteristics and ability to retain water. The hydrolysed form offers advantages in applications that require precise control of viscosity and moisture levels. Research shows that molecular weight reduction can enhance the material's penetration ability and distribution within complex formulations.

This class of biopolymers finds extensive use in both healthcare and industrial processes. Understanding the relationship between molecular structure and physical properties is crucial for developing new formulations that address specific performance criteria, thereby advancing the application potential of such materials in modern science and engineering.