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TPE Cable Jacket Compound | Flexible, Halogen-Free, Soft-Touch

Short Description:

SEBS-based TPE cable jacket compounds for flexible power cords, control cables and electronic leads, offering soft feel, halogen-free safety, low-temperature performance and easy extrusion.


Product Detail

TPE Cable Jacket Compounds

SEBS-based TPE compounds designed for soft, flexible cable jackets on power cords, control cables and electronic
leads. These materials provide halogen-free safety, low-temperature flexibility and smooth surface appearance,
making them suitable for consumer and light industrial cables.

TPE cable jackets on flexible cords and control cables

Flexible
Halogen-Free
Soft Surface
Low-Temperature

Applications

TPE cable jacket compounds are typically used in:

  • Flexible power and appliance cords – soft handfeel, easy handling and coiling.
  • Low-voltage control and signal cables – flexible jackets for sensors and control lines.
  • Data and charging cables – USB, audio and low-voltage leads with smooth jackets.
  • Light-duty drag-chain and machine cables – medium fatigue performance and abrasion resistance.

Applications for TPE cable jackets


Typical Grades

Grade Hardness Key Performance Processing Typical Use
TPE-CBL Jacket 75A 75A Soft, flexible, pleasant handfeel Extrusion Small control cables, sensor leads
TPE-CBL Jacket 85A HF 85A Halogen-free, good abrasion resistance Extrusion Appliance cords, power leads
TPE-CBL Jacket 90A Tough 90A Higher mechanical strength and cut resistance Extrusion Light-duty drag-chain and machine cables

Note: Grades and hardness can be tuned based on cable design, extrusion speed and regulatory needs.


Key Advantages

  • Flexible jackets for easy handling, coiling and installation.
  • Halogen-free options to support low-smoke and RoHS/REACH requirements.
  • Smooth surface with good scratch and abrasion resistance.
  • Good low-temperature performance for cold environments.
  • Thermoplastic processing – recyclable and faster cycle vs. rubber sheathing.

Key features of TPE cable jackets


Processing & Recommendations

  • Dry TPE compounds at 70–80 °C for 2–3 hours before extrusion.
  • Typical melt temperature window: 170–190 °C, depending on grade and line speed.
  • Use standard cable extrusion lines with appropriate cooling and haul-off control.
  • Optimize die design to avoid melt fracture and ensure smooth jacket surface.
  • Color masterbatches should be compatible with SEBS-based TPE systems.

Application Gallery

Examples of cable jackets using TPE compounds:

Flexible power cord with TPE jacket

Multi-core control cable with TPE jacket

Data and charging cable with TPE jacket


Target Markets

  • Flexible cable and cordset manufacturers using thermoplastic jackets.
  • Appliance cord and power lead producers needing soft-touch cables.
  • Control cable suppliers for machinery, sensors and automation systems.
  • Cable harness and assembly factories requiring halogen-free jacket materials.

Request Samples / TDS

Need TPE cable jacket compounds tailored to your hardness, extrusion speed and regulatory targets?
Contact us for sample grades and technical data sheets, and we can help choose a balance between handfeel,
durability and cost.

Explore related materials:
Wire & Cable TPE Overview |
TPE Strain-Relief Boots |
TPU Hose & Tube


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