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EVOH High-Barrier Material SVW™ EW-2901S - Top Choice for Medical Packaging by China Suppliers and Factory

EVOH is at the forefront of packaging solutions in China, especially for medical, pharmaceutical, and cosmetic applications. Renowned for its exceptional safety, compliance with regulatory standards, and superior barrier protection, EVOH ensures the highest product quality and extended shelf life. As trusted suppliers and a leading factory in the industry, we deliver design flexibility that caters to the unique needs of our clients, ultimately enhancing user satisfaction and reliability in every package. Choose EVOH for your professional packaging requirements and experience the difference in performance and quality

    Performance Features of SVW™ EW-2901S in Professional Applications

    1. Superior Material Safety and Molecular Purity

    EVOH is composed exclusively of carbon, hydrogen, and oxygen, with no added plasticizers during polymerization or processing.

    Its highly crystalline molecular structure ensures exceptional stability and minimizes the risk of substance migration, making it suitable for direct contact with pharmaceuticals and active cosmetic ingredients.

    2. Global Regulatory Compliance for Safe Use

    Medical- and food-grade EVOH fully complies with major international regulations, including:

    • EU: ECHA Chemical Classification & Labelling (C&L) inventory and EU food contact standards
    • China: GB 4806.7-2025 and GB/T 28803.1—2025 “Dynamic Risk Assessment” framework
    • USA: FDA 21 CFR 177.1360 and USP Class VI biological testing

    This comprehensive compliance allows EVOH-based packaging to be safely used in global healthcare and personal care markets.

    3. Exceptional Barrier and Chemical Stability

    EVOH offers industry-leading oxygen barrier performance and remarkable chemical resistance.

    These properties ensure that both medical and cosmetic formulations maintain efficacy, integrity, and fragrance stability throughout sterilization, storage, and use.

    4. Tunable Material Design for Diverse Packaging Formats

    EVOH’s material properties can be precisely adjusted to meet different packaging requirements:

    • High-ethylene grades (~44%): Improved melt flow for thin-wall bottles, tubes, and pouches
    • High vinyl alcohol grades (~32 mol%): Maximum barrier performance for oxygen-sensitive formulations

    This versatility allows EVOH to be used in bottles, jars, tubes, pouches, and airless systems, providing reliable performance for both pharmaceutical and cosmetic products.

    Frequently Asked Questions (FAQ)

    What is SVW™ EW-2901S EVOH made of?
    EVOH is composed exclusively of carbon, hydrogen, and oxygen. It contains no added plasticizers during polymerization or processing, ensuring high molecular purity and safety.
    Is EVOH safe for direct contact with pharmaceuticals and cosmetics?
    Yes. Its highly crystalline molecular structure provides exceptional stability and significantly minimizes the risk of substance migration, making it highly suitable for direct contact with pharmaceutical products and active cosmetic ingredients.
    What global regulations does medical-grade EVOH comply with?
    Medical- and food-grade EVOH complies with major global standards including EU ECHA and food contact standards, China's GB 4806.7-2025 and GB/T 28803.1—2025, as well as USA FDA 21 CFR 177.1360 and USP Class VI biological testing.
    How does EVOH protect sensitive formulations?
    EVOH offers industry-leading oxygen barrier performance combined with remarkable chemical resistance. This ensures that formulations maintain their efficacy, integrity, and fragrance stability during sterilization, storage, and consumer use.
    Can EVOH be customized for different packaging formats?
    Absolutely. EVOH properties are tunable. High-ethylene grades (~44%) offer improved melt flow for thin-wall bottles and pouches, while high vinyl alcohol grades (~32 mol%) provide maximum barrier performance for oxygen-sensitive formulations in jars, tubes, and airless systems.