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STAB TP 51 – Lead-Based One Pack Injection Stabilizer

    Product Description

    STAB TP 51 is a lead-based complex stabilizer specifically formulated for PVC injection molding applications, such as fittings and footwear.

    It delivers excellent heat and light stability, ensuring long-term performance and durability of finished products. With its well-balanced internal and external lubrication, STAB TP 51 enhances processing efficiency, provides smooth surface finish, and minimizes machine wear. This stabilizer is particularly effective in high-speed injection processes where precision and consistency are required.


    Key Properties of STAB TP 51

    PropertySpecification
    FormFlakes
    ColourWhite
    Lead Content51% ±3
    Ash55% ±2
    MoistureMax. 1.0%
    Bulk Density800 ±20 g/L

    Advantages of STAB TP 51

    ✅ Excellent heat and light stabilization for injection molding.
    ✅ Specifically designed for PVC shoes and fittings.
    ✅ Balanced internal & external lubrication for smooth processing.
    ✅ Provides long-term stability and high product durability.
    ✅ Ensures consistent quality in injection production lines.


    Applications of STAB TP 51

    • PVC Shoe Manufacturing
    • PVC Fittings Production
    • Injection Molding of Rigid and Semi-Rigid PVC
    • Other High-Speed Injection Processes

    Recommended Dosage

    4.0 – 6.0 phr, depending on processing conditions and product requirements.


    Packaging

    Supplied in 30 kg net paper bags for safe storage and handling.


    Why Choose STAB TP 51?

    ✅ Specially developed for PVC shoes and injection processes.
    ✅ Provides excellent thermal stability and lubrication balance.
    ✅ Ensures smooth production, long-term durability, and consistent product quality.
    ✅ A trusted stabilizer for manufacturers requiring efficiency and high performance.

    👉 STAB TP 51 is the reliable stabilizer for PVC shoes, fittings, and other injection molding processes—offering superior heat stability, long-term durability, and smooth processing efficiency.

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