HA10502 Crosslinked Sodium Hyaluronate Raw Material Powder

Crosslinked Sodium Hyaluronate Raw Material Powder Description

Crosslinked Sodium Hyaluronate Raw Material Powder comprises chemically modified sodium hyaluronate that has been crosslinked to form an interconnected network. The powder format, identified by CAS 9004-61-9, facilitates uniform incorporation into formulations. Its crosslinked structure improves resistance to degradation and ensures controlled viscosity, making it suitable for applications where precise rheological properties are critical.

Crosslinked Sodium Hyaluronate Raw Material Powder Applications

Healthcare Applications
- Used as a matrix in injectable hydrogels to improve joint lubrication by utilising its high water retention capacity, thereby addressing viscosity control in therapeutic treatments.
- Employed in wound dressing formulations to manage moisture levels by utilising its viscoelastic properties, which help maintain a favourable healing environment.

Cosmetics and Industrial Applications
- Applied as a viscosity modifier in cosmetic emulsions to stabilise product consistency by harnessing its crosslinked network, thereby enhancing skin feel and product longevity.
- Used in tissue engineering scaffolds to support cell proliferation by offering a defined structure and enhanced durability, addressing the need for a stable, biocompatible framework.

Crosslinked Sodium Hyaluronate Raw Material Powder Packing

The powder is packaged in moisture-resistant, sealed high-density polyethylene containers with inert foam inserts to minimise mechanical damage. It should be stored in a cool, dry environment to avoid moisture uptake and chemical degradation. Anti-contamination measures, including sealed packaging and clean-room handling protocols, are in place. Custom packaging options are available to accommodate specific bulk or laboratory requirements.

Additional Information

Hyaluronic acid is a naturally occurring polysaccharide with notable viscoelastic properties widely studied in biomedical and industrial research. Its chemical modification through crosslinking enhances mechanical durability and stability, which is crucial for applications requiring precise control over material behaviour.

The crosslinking process modifies the polymer network, creating a structure that offers adjustable viscosity and improved resistance to enzymatic degradation. Such modifications make crosslinked sodium hyaluronate applicable in diverse areas ranging from tissue engineering to cosmetic formulations, where controlled performance is essential.