请留言

Non-Animal Derived Injection Grade Hyaluronic Acid

Non-animal-derived injectable hyaluronic acid is a highly safe hyaluronic acid raw material prepared through microbial fermentation, without relying on any animal tissue or extraction process. This product is specifically designed for injectable medical and aesthetic preparations, meeting the high standards required for injectable products in terms of raw material sourcing, production environment, and quality control, making it suitable for applications with stringent requirements for biosafety and stability.

    Product specification

    Brand Name MHW CHEM
    Model Number MHW-FU-2025014
    Product Name Hyaluronic acid
    Chemical Formula (C14H21NO11)n
    Chemical
    Structure
     
    CAS No. 9004-61-9
    Appearance White, fine powder
    Assay 95.0%~105.0%
    Application Medical aesthetic injectable products
    Function Tissue support, lubrication and hydration
    Solubility Soluble in water
    Heavy metals ≤10ppm
    Protein ≤0.1%
    Bacterial endotoxins ≤0.05IU/mg
    Source Microbial fermentation
    Packaging 100g/foil bag, 1kg/foil bag or as per customer’s request.
    Shelf life 2 years
    Storage conditions Avoid light, refrigerate 2℃~10℃, seal container.

    Features

    Non-animal Derivative: Produced using fermentation technology, avoiding potential allergy and pathogen risks associated with animal-derived components.

    Stable and Controllable Structure: Intact molecular chains and uniform molecular weight distribution help maintain physicochemical stability during injection.

    Good Biocompatibility: High compatibility with human tissues, resulting in good post-injection tolerance.

    Excellent Hydration and Support Capacity: Forms a stable hydration structure in vivo, providing continuous lubrication and buffering.

    Compatible with Multiple Formulation Systems: Exhibits good dispersibility and compatibility in various solution systems.

    Advantages

    · The production process complies with injection-grade quality management standards, and key process nodes are controllable.

    · Multiple refining and filtration processes effectively reduce protein residues, endotoxins, and impurities.

    · High batch consistency and stable physicochemical indicators facilitate large-scale formulation production.

    · A comprehensive testing system supports excellent quality traceability.

    Applications

    · Basic functional raw materials in medical aesthetic injectable products.

    · Intra-articular injection lubricants and adjuvant therapy formulations.

    · Development of ophthalmic-related injectable formulations.

    · Other injectable medical products with high requirements for raw material sourcing and safety levels.

    Leave Your Message