Silane XLPE Compounds

Xinda compounding lines

Silan cross-linkable PE cable is a chemically crosslinkable polyethylene compound which makes it possible to use in applications with higher temperature requirements that exceed the temperature stability of normal thermoplastic grades. Silane cross-linkable PE compounds have been well proven as the most cost-effective materials and are wildly applied for cable insulation up to 10 kV.

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    Co-Kneader Brochure

    XINDA Co-Kneader has been well proven by many customers in cable industry. Please check the following brochure for details.

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    Silane cross-linkable PE cable

    Owing to the unique working principle, Xinda Co-Kneader is wildly used in the production of Silane cross-linkable PE cable compounds. Co-Kneader can ensure the precise temperature control to avoid the least polymer breakdown. Besides, the liquid agent can be injected into the molten polymers through any pin positions.

    Xinda Co-Kneader has provide many turn-key solutions for cable compounding industry to the following Silane cross-linking products:

    • Oil and high temperature resistant polyolefin cross-linkable compounds
    • High temperature resistant silane -XLPE compounds
    • Self-cross-linkable silane XLPE compound
    • Low thermal shrinkage silane XLPE compounds
    • Silane XLPE compounds of sioplas method
    • Thin-walled high speed silane XLPE compounds

    Xinda Co-Kneader for silane XLPE cable compounds

    Co-Kneader_Silane cross-linkable PE cable

    XINDA Co-Kneader Layout for silane XLPE Cable Compounds

    Xinda Silane XLPE cable compounds layout

    Why so many customers in Cable industry choose Xinda?

    • Ability to achieve thorough and uniform dispersion of silane coupling agents and other additives, which is essential for ensuring consistent material properties.
    • Precise temperature control offered by Co-Kneader is crucial for managing the reactivity of silane compounds during processing. This helps prevent premature cross-linking and ensures optimal curing conditions.
    • Efficient shear forces facilitate the breakdown of agglomerates, while the design minimizes residence time, reducing the risk of unwanted reactions.

    Major Xinda Clients in Cable industry