High-Temperature PEEK Hybrid Cable Armored | 1 Coax + 1 Core, Non-sheathed
PEEK Hybrid Cable | 1 Coax + 1 Wire with Braiding GSWB Armored (No Sheath)
This precision-engineered hybrid cable combines a coaxial element and a power/signal core into a single ruggedized construction utilizing advanced PEEK technology. The coaxial component features a tinned copper conductor with PEEK insulation, tinned copper wire braid shield, and outer PEEK jacket, delivering superior signal integrity for high-frequency transmission. The companion core consists of a tinned copper conductor with PEEK insulation, providing reliable power or signal transmission. Both elements are protected by galvanized steel wire braid armouring, offering exceptional resistance to mechanical damage, rodent attack, and crushing forces while maintaining flexibility. PEEK insulation enables continuous operation at extreme temperatures with outstanding chemical resistance and mechanical strength. The hybrid design eliminates separate coaxial and power cables, simplifying installation in space-constrained applications while ensuring reliable performance in the most demanding industrial environments.


Key Features & Technical Advantages
| Feature | Technical Advantage |
|---|---|
| PEEK Insulation Technology | Exceptional high-temperature performance with outstanding chemical resistance, hydrolysis resistance, and mechanical strength |
| Hybrid 1 Coax + 1 Core Configuration | Combines signal transmission and power in a single cable, reducing installation complexity and saving space |
| TC/PEEK/TCWB/PEEK Coax Construction | Tinned copper conductor, PEEK insulation, tinned copper braid shield, PEEK jacket for superior signal integrity |
| GSWB Galvanized Steel Wire Braid Armouring | Exceptional mechanical protection against crushing, impact, and rodent attack while maintaining flexibility |
| No Outer Sheath Design | Direct GSWB exposure maximizes heat dissipation and reduces overall diameter |
| Tinned Copper Components | Corrosion-resistant tinning ensures long-term conductivity in harsh environments |
Specifications & Construction
| Parameter | Details |
|---|---|
| Coax Conductor | Tinned Copper, stranded |
| Coax Insulation | PEEK |
| Coax Shield | Tinned Copper Wire Braid |
| Coax Outer Jacket | PEEK |
| Core Conductor | Tinned Copper, stranded |
| Core Insulation | PEEK |
| Armouring | Galvanized Steel Wire Braid, exposed |
| Outer Sheath | None |
| Temperature Range | High-temperature PEEK rating for extreme environments |
Why Choose Our PEEK Hybrid Cable with GSWB Armouring
As a specialized manufacturer with deep expertise in high-performance cable technology, we deliver hybrid solutions engineered for the most demanding applications. Our PEEK insulation provides exceptional thermal and chemical resistance far exceeding conventional materials. The GSWB armouring offers robust mechanical protection while maintaining installation flexibility. The hybrid 1 coax + 1 core design eliminates multiple cable runs, reducing installation time and complexity. All tinned copper components ensure long-term corrosion resistance. Our trade and industry integrated structure means we control every production stage, offering custom configurations and technical support from engineers who understand extreme environment applications. When you specify our PEEK hybrid cable, you select a product engineered for reliable performance where standard cables fail.
Typical Applications – Solving Critical Industrial Challenges
This PEEK hybrid cable addresses challenges across multiple extreme environment applications:
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Oil & Gas Drilling Equipment: Solves signal integrity problems in high-temperature downhole and surface equipment where standard cables degrade rapidly
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Aerospace & Defense Systems: Ensures reliable signal and power transmission in aircraft, vehicles, and equipment exposed to extreme temperatures and mechanical stress
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Industrial Robotics: Eliminates cable failure in high-flex applications near heat sources where conventional insulation cannot survive
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Rail Transportation: Provides dependable connections for signaling and control systems subject to vibration, temperature extremes, and mechanical abuse
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Heavy Machinery: Delivers ruggedized cabling for equipment operating in mining, construction, and forestry where mechanical damage is constant
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Laboratory & Test Equipment: Maintains signal integrity in high-temperature test environments while withstanding repeated handling
- Request Sample & Compliance Data - Test our hybrid cable in your application
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Download Technical Specifications - Download a detailed datasheet with electrical and mechanical properties.
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Contact Our Engineering Team - We can adjust conductor sizes, shielding configurations, or lengths to match your project.
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Get Competitive Quotation - OEM/ODM solutions available



FAQ
Q1: What are the advantages of PEEK insulation compared to other high-temperature materials?
A: PEEK offers superior mechanical strength, exceptional chemical resistance, and continuous high-temperature performance while maintaining excellent electrical properties, outperforming many fluoropolymers in extreme environments.
Q2: Why choose GSWB armouring without an outer sheath?
A: Exposed GSWB armouring provides maximum mechanical protection while allowing optimal heat dissipation and reducing overall cable diameter, ideal for high-temperature applications where additional jacketing would trap heat.
Q3: What does the hybrid 1 coax + 1 core configuration enable?
A: This configuration allows a single cable to carry both high-frequency signals through the coax and power or low-frequency signals through the companion core, eliminating multiple cable runs and simplifying installation.
Q4: Is this cable suitable for continuous flexing applications?
A: While the GSWB armouring provides mechanical protection, continuous flexing applications require careful evaluation. Contact our engineering team to discuss specific motion requirements for customized solutions.
Q5: What temperature range can this PEEK hybrid cable withstand?
A: PEEK insulation enables continuous operation at extreme high temperatures. For specific temperature ratings based on your application requirements, please consult our technical team.
