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Eye Drop Grade Sodium Hyaluronate Small Packaging Available
Product specification
| Brand Name | MHW CHEM |
| Model Number | MHW-FU-2026024 |
| Product Name | Sodium Hyaluronate |
| Chemical Formula | (C14H20NNaO11)n |
| Chemical Structure |
 |
| CAS No. | 9067-32-7 |
| Appearance | White, fine powder |
| Assay | ≥99.5% |
| Solubility | Soluble in water |
| Heavy metals | ≤10ppm |
| Protein | ≤0.1% |
| Bacterial endotoxins | ≤0.5IU/mg |
| Source | Microbial fermentation |
Features
1. High-purity raw materials
Sodium hyaluronate is produced using advanced microbial fermentation technology, resulting in high purity and low impurities, meeting the stringent standards for ophthalmic product raw materials.
2. Excellent moisturizing ability
Sodium hyaluronate can absorb a large amount of water, forming a long-lasting moisturizing layer on the ocular surface and reducing tear evaporation.
3. Good lubrication properties
The unique viscoelasticity of sodium hyaluronate improves ocular surface lubrication, relieving dryness, foreign body sensation, and fatigue.
4. High biocompatibility
As a naturally occurring polysaccharide in the human body, sodium hyaluronate exhibits good safety and tolerability.
5. Flexible small packaging options
Supports various small packaging sizes, suitable for laboratory research and development, formulation testing, and small-scale production.
roduct Advantages
1. Complies with Pharmaceutical-Grade Quality Standards
The product is manufactured and quality-controlled according to pharmaceutical-grade standards. The production environment and testing processes are strictly regulated, meeting the high requirements for raw material quality and safety in pharmaceutical and ophthalmic products, providing a reliable guarantee for related formulation development.
The product is manufactured and quality-controlled according to pharmaceutical-grade standards. The production environment and testing processes are strictly regulated, meeting the high requirements for raw material quality and safety in pharmaceutical and ophthalmic products, providing a reliable guarantee for related formulation development.
2. Low Endotoxin and Low Protein Content
Advanced purification processes effectively control impurity levels, resulting in a low endotoxin and protein residue content, further enhancing its safety and biocompatibility. Suitable for ophthalmic formulations with high purity requirements.
Advanced purification processes effectively control impurity levels, resulting in a low endotoxin and protein residue content, further enhancing its safety and biocompatibility. Suitable for ophthalmic formulations with high purity requirements.
3. Stable Molecular Weight Control
Precise molecular weight control during production ensures sodium hyaluronate maintains a stable molecular weight range and good viscosity, contributing to improved formulation stability and product performance.
Precise molecular weight control during production ensures sodium hyaluronate maintains a stable molecular weight range and good viscosity, contributing to improved formulation stability and product performance.
4. Good Solubility and Stability
The product exhibits excellent water solubility, rapidly dissolving in aqueous systems to form a homogeneous solution. It also demonstrates good stability in formulation systems, facilitating its application in various ophthalmic formulations.
The product exhibits excellent water solubility, rapidly dissolving in aqueous systems to form a homogeneous solution. It also demonstrates good stability in formulation systems, facilitating its application in various ophthalmic formulations.
5. Customizable Packaging Support
Different packaging specifications can be provided according to customer needs to meet various usage scenarios, including R&D, pilot-scale testing, and large-scale production, improving ease of use and transportation safety.
Different packaging specifications can be provided according to customer needs to meet various usage scenarios, including R&D, pilot-scale testing, and large-scale production, improving ease of use and transportation safety.