Product Category

• Company introduction

  Company introduction

• Corporate culture

  Corporate culture

• Honors

  Honors

• Technological innovation

  Technological innovation

• Material Chapter

  Material Chapter

  • PVC Compound Series+

    • AS/NZS eco-friendly soft PVC compound

    • Eco-friendly PVC Compound for Automobile Wire

    • PVC Compound for Special Purpose

    • PVC Compound for Ordinary Purpose

    • PVC Elastomer and NBR Compound

    • 105℃ Eco-friendly FR PVC Compound for Charging Cable

    • LSLH and High FR Compound

    • UL 90℃ eco-friendly FR PVC sheathing compound

  • XLPE Compound Series+

    • UV XLPE Insulation Compound

    • Low Shrinkage Silane Xlpe Compound (Monosil Method)

    • Silane XLPE Compound (monosil method)

    • Silane XLPE Compound (sioplas method)

    • Silane Self-crosslinking PE Compound (sioplas method)

    • Soft Silane Crosslinkable Polyolefin Insulation Compound

    • Peroxide XLPE Compound

  • Thermoplastic PE Compound Series+

    • Ordinary PE Compound

    • FR PE Sheathing Compound

    • Tracking Resistant PE Sheathing Compound for ADSS Optical Cable

  • LSZH FR Polyolefin Compound Series+

    • Thermoplastic LSZH FR Polyolefin Compound

    • LSZH FR Polyolefin Compound for Data Cable

    • Thermoplastic LSZH FR Polyolefin Compound for Communication Optical Cable

    • Thermoplastic Lszh High Fr Polyolefin Compound

    • Thermoplastic Lszh High Fr Polyolefin Compound

    • 105℃ Thermoplastic LSZH FR Polyolefin Compound

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound for Solar Cable

    • Irradiation Crosslinkable FR Polyolefin Compound for UL Solar Cable

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound for TÜV & UL Solar Cable

    • Oil-resistant Irradiation Crosslinkable LSZH FR polyolefin Compound for UL Solar Cable

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound for Wiring and Equipment Connecting Wire

    • Oil-resistant Irradiation Crosslinkable LSZH FR Polyolefin Compound for Locomotive and Marine Cable

    • 125℃ Oil-resistant Uv-resistant Irradiation Crosslinkable Lszh Fr Polyolefin Compound

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound for Automobile Wire

    • 105℃ Irradiation Crosslinkable LSZH FR Polyolefin Compound for Charging Cable

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound for Leading Wire

  • Thermoplastic Elastomeric Compound Series+

    • Modified TPE (styrene thermoplastic elastomeric) Compound

    • MPPE (modified PPO ) Compound

    • Thermoplastic Elastomeric Compound for Automobile Connecting Wire

    • Eco-friendly FR Thermoplastic Polyurethane Compound for EV Charging Cable

    • Thermoplastic Polyurethane Compound for BQ Wire

    • Eco-friendly FR Thermoplastic Elastomeric Compound for EV Charging Cable

    • Non-halogen FR Thermoplastic Eelastomeric Compound for EV Charging Cable

    • Eco-friendly FR Thermoplastic Elastomeric Compound for American Standard Charging Cable

    • Eco-friendly FR Thermoplastic Elastomeric Compound for American Standard Power wire

    • Thermoplastic Elastomeric Compound for Leading Wire

• Application Chapter

  Application Chapter

  • Compound For New Energy Cable+

    • Compound For Ev Cable

    • Compound For Solar Cable

    • Compound For Wind Energy Cable

  • Compound For Power Cable+

    • PVC Compound

    • XLPE Compound

    • LSZH FR Polyolefin Compound

    • Thermoplastic PE Compound

  • Compound For Communication Optical Cable+

    • Compound for Communication Optical Cable

  • Compound For Wiring, Electronic Wire+

    • Irradiation Crosslinkable LSZH FR Polyolefin Compound

    • PVC Compound

    • ​Thermoplastic Elastomeric Compound

  • Compound for transportation cable+

    • Compound for Transportation Cable

• Corporate news

  Corporate news

• Industry news

  Industry news

• Talent concept

  Talent concept

• Recruit talents

  Recruit talents

• Contact information

  Contact information

• Leave message

  Leave message