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China Dexin LianBang Factory: Leading Suppliers of Innovative Polymer Polyol Compounds for Diverse Industries

Dexin LianBang Chemical Industry Co., Ltd. is a leading China-based joint venture that specializes in the production, research, and development of high-quality polyether polyols. Since its establishment in 2006, the company has maintained an integrated management system, achieving certifications such as ISO9001:2000 for quality management, ISO14001:2004 for environmental management, and GB/T 28001-2001 for occupational health and safety, As one of the prominent suppliers in the industry, Dexin Federal offers an extensive range of twelve major series comprising over one hundred and fifty unique models of polyether polyols. These versatile products serve a wide array of applications across various sectors, including construction, furniture manufacturing, transportation, sports facilities, household appliances, and insulation materials, With a strong focus on innovation, Dexin Federal holds 46 granted invention patents and 24 utility model patents. The factory is dedicated to research and development, filing no less than 20 new patent applications for inventions each year, underscoring its commitment to advancing technology in the polyether polyol market. Choose Dexin LianBang as your trusted supplier for superior polyether polyols in China

    Basic Info

    Products Product Type Product Manual
    POP-31/28 Polymer Polyol It is used to produce high resilience foam and high resilience molded products.
    POP-36/28TH Polymer Polyol It is used to produce high resilience foam and high resilience molded products.
    POP-H30 Polymer Polyol It is used to produce high resilience foam and high resilience molded products.
    POP-H45 Polymer Polyol It is used to produce high resilience foam and high resilience molded products.
    POP-10 Polymer Polyol It is used to produce high-load-bearing flexible foam.
    POP-13 Polymer Polyol It is used to produce high-load-bearing flexible foam.
    POP-15 Polymer Polyol It is used to produce high-load-bearing flexible foam.
    POP-25 Polymer Polyol It is used to produce high-load-bearing flexible foam.
    POP-45G Polymer Polyol It is used to produce super high hardness flexible foam and heat molded foam.
    POP-100 Polymer Polyol It is used to produce super high hardness flexible foam and heat molded foam.
    POP-200 Polymer Polyol It is used to produce super high hardness flexible foam and heat molded foam.

    The list provided does not encompass our entire product portfolio. For specific inquiries or tailored requirements, kindly reach out to us for further information and assistance.

    Frequently Asked Questions

    What are Polymer Polyols (POP) primarily used for?

    Polymer Polyols (POP) are primarily used as raw materials in the production of polyurethane foams. They are essential for enhancing the load-bearing capacity, resilience, and firmness of both flexible slabstock foams and molded polyurethane products.

    Which POP grades are suitable for high resilience (HR) molded products?

    Grades such as POP-31/28, POP-36/28TH, POP-H30, and POP-H45 are specifically designed to produce high resilience foam and high resilience molded products, offering excellent elasticity and comfort.

    What is the difference between standard POP and high-hardness grades like POP-100?

    High-hardness grades like POP-100 and POP-200 feature higher solid content profiles, which significantly increase the hardness and structural strength of the resulting flexible foams and heat-molded foam components.

    Can I get a custom Polymer Polyol formulation for my specific application?

    Yes. While our standard product portfolio covers a wide range of density and hardness specifications, we can work with you to provide tailored formulations to meet your unique chemical and mechanical requirements.

    How should Polymer Polyols be stored?

    Polymer Polyols should be stored in tightly sealed containers in a dry, cool, and well-ventilated warehouse. It is crucial to keep them away from direct sunlight, moisture, and incompatible chemical substances to maintain product stability.

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