Heatsense Cables manufacture a range of ETFE Equipment Wire & Cables. ETFE (Ethylene-tetrafluoroethylene) is a modified co-polymer of Ethylene and Tetrafluoroethylene, ETFE is a highly resilient, highly flexible flame retardant fluoropolymer with excellent impact strength, particularly for high stress applications.
ETFE Equipment Wire FAQs
Key Characteristics
- Operating temperature: -75°C to 150°C
- 600V Rating
- Available with Silver-Plated or Tin-Plated Conductors
- Range of 11 standard colours and striped colour options for ease of identification
- Radiation resistant (2 x 10⁸ RADS)
- Good Chemical and moisture resistance for optimum performance in extreme conditions
- Excellent abrasion and impact strength for protection during and after installation
- Can be supplied with an etched surface finish to improve adhesion with potting and encapsulation materials
- In general, all multicore, screened, and sheathed cable combinations are available on request
Typical Applictations
- Airframe and Aircraft Wiring, in Aviation and Aerospace Industries
- Military Communications Systems
- Automotive Wiring
- Underfloor Heating
- Instrumentation wiring in extreme environments such as industrial robots in chemical plants and nuclear power stations
Product Data - ETFE Military of Defence Standard Styles
A range of ETFE equipment wires designed and manufactured to meet the requirements of the DEF STAN 61-12 PT 29/1 specification for extruded insulation, types ETFE & ETFE METSHEATH.
Temperature rating:
- -75°C – +150°C for Silver Plated Copper Conductors
- -75°C – +135°C for Tin Plated Copper Conductors
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ETFE Equipment Wire Datasheets 
ETFE WIRES TYPE Z M22759_16.pdfYou may also be interested in
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Equipment Wire & Cables FAQs
What cable manufacturing processes are used to protect electrical and signal cables used in extreme heat and radioactive environments?
If you are looking to protect electrical and signal cables used in extreme heat and radioactive environments , you need plenty of layers which have specific protection capabilities. Heatsense apply the following cable manufacturing processes including braiding, extruding, and coating with heat and/or radiation-resistant materials as well as various liquid ingress protection coatings. The specific process used depends on the requirements of the application.
What materials are used for extruding coatings on cables for extreme heat and radioactive environments?
Materials commonly used for extruding coatings on cables for extreme heat and radioactive environments include polytetrafluoroethylene (PTFE), ethylene tetrafluoroethylene (ETFE), and fluorinated ethylene propylene (FEP). These materials have excellent temperature and chemical resistance properties.
In the manufacturing process, how are cables tested for resistance to extreme heat and radiation?
Cable manufacturers like Heatsense test for resistance to extreme heat and radiation using a variety of methods, including thermal cycling, radiation exposure (carried out by a specialist partner), and mechanical testing. Testing is typically done in accordance with industry standards to ensure accurate and reliable results.
What is the typical lifespan of cables manufactured for use in extreme heat and radioactive environments?
The lifespan of cables used in extreme heat and radioactive environments depends on a number of factors, including the materials used, the level of exposure to heat and radiation, and the application requirements. Cable manufacturers can provide guidance on the expected lifespan of cables for specific applications.
Can cables be customized to meet specific application requirements for extreme environments?
All Heatsense cables can be manufactured to order, therefore can be customized, combined into multi-strand configurations and braided into a single large cable to meet any specific application requirements for extreme environments. We are constantly innovating with our cables and can work with you to develop a customized solution that meets your unique needs.
How are cables manufactured to protect them against corrosion in extreme environments?
Heatsense cables are manufactured to be protected against corrosion in extreme environments by using materials that are resistant to corrosion, such as stainless steel and a range of plastics. Additionally, a range of different coatings can be applied to further protect the cables from corrosion. Heatsense cables design team will support you in choosing the right materials and coatings for your specific application.
