Wire & Cable TPE | Soft, Flexible, Low-Temperature, Halogen-Free
Wire & Cable Jacket TPE
Wire & Cable Jacket TPE compounds are designed for standard cable jacket applications where manufacturers
prioritize steady extrusion behavior, consistent surface appearance, and dependable long-term use.
The focus is practical, repeatable production: maintaining uniform jacket formation and reliable quality across continuous manufacturing runs.
For projects with uncommon environments or highly dynamic movement, we can review the cable design and service conditions and recommend suitable TPU options accordingly.
Surface Consistency
Stable Production
General-Purpose Jackets
RoHS / REACH
Typical Applications
- Building and infrastructure cables – common indoor cable runs and general installation use.
- Appliance and equipment power cords – routine flexibility and stable jacket appearance.
- Industrial control and signal cables – consistent jacket formation for standard routing and handling.
- Extension cords and general-purpose flexible cables – everyday bending and storage behavior.
- Low-voltage communication and data cables – stable extrusion and surface finish for typical products.
Key Performance Focus
Extrusion stability
Designed to support steady output and consistent jacket formation during routine cable extrusion,
helping keep production behavior predictable during continuous runs.
Flexibility & mechanical balance
Balanced for common bending, handling, and installation needs in standard cable use,
supporting practical durability without over-specialization.
Surface quality
Formulated to deliver a uniform surface appearance suitable for visible jackets,
supporting stable finish consistency across typical production schedules.
Long-term reliability
Positioned for dependable performance over time under normal service conditions,
supporting consistent user experience and stable product perception in the market.
Processing & Manufacturing Compatibility
Wire & Cable Jacket TPE is intended to run on standard cable extrusion equipment used for routine jacket production.
The formulation focus is stable, repeatable processing aligned with continuous manufacturing.
Standard line compatibility
Suitable for common extrusion line configurations for jacket applications, supporting normal production rhythms and standard operating practices.
Consistency in continuous production
Built to help maintain steady output and uniform jacket quality during long runs, supporting reliable manufacturing planning and day-to-day production control.
Compliance & Standards
- RoHS / REACH: compliance support is available for typical market requirements.
- UL-related needs: project-dependent; options available based on cable construction, target market, and validation approach.
Note: Compliance scope is confirmed per project to align with the intended market and finished cable design.
Typical Customer Needs We Support
Stable production for standard cable products
For manufacturers producing routine cable jackets who want dependable day-to-day extrusion behavior and consistent finished appearance.
Consistency across batches and schedules
For teams that prioritize repeatability in manufacturing and a uniform market-facing cable jacket look over time.
Application-oriented selection
For buyers who prefer clear application positioning, making selection straightforward for common cable categories.
Compliance-aligned planning
For projects that need RoHS/REACH alignment and may include UL considerations depending on destination market and cable structure.
Scope Clarification
This page focuses on standard wire and cable jacket requirements commonly seen in building, appliance, and general industrial applications.
For applications involving uncommon environments or highly dynamic movement,
we can review the cable design and service conditions and recommend suitable TPU options accordingly.
FAQ: Selection & Project Flow
Common questions from procurement and engineering teams. We focus on selection inputs and a practical validation path.
1) Can we run it on our existing process line?
In most cases, yes. To confirm fit quickly, we review your process route (injection or extrusion), part geometry, and any downstream requirements
such as surface finish, printing, or assembly.
2) What information do you need for a fast recommendation?
Please share the application, part or cable structure, service environment (temperature, UV, media contact), appearance or touch requirement,
and your current process notes. With these inputs, we can shortlist suitable options efficiently.
3) When should we use the Advanced Functional entry?
Use Advanced Functional when your project involves multiple constraints at once, uncommon environments, or high dynamic movement.
A short technical discussion usually reduces trial-and-error and speeds up the shortlist.
4) What is the typical sample and validation path?
We typically start with small-quantity trials to confirm processing stability and surface consistency, then proceed to validation runs
under your real production conditions before scaling to supply.
5) What documents can you provide for qualification and import?
Standard documentation includes TDS, MSDS, and batch COA. For compliance-driven projects, we align the documentation scope with your target market and end-use requirements.
What should you do next?
To discuss material selection, production alignment, or compliance considerations for your cable jacket project,
contact our team for application support based on your cable type, jacket design, and target market.
- Cable type and typical use scenario (building / appliance / industrial control / extension cord, etc.)
- Jacket structure and any surface appearance expectations
- Target market and compliance expectations (RoHS / REACH; UL project-dependent)
- Production notes (line type and general output approach, if available)







