PTFE Cable Termination
OverviewCustom PTFE-insulated wire and cable assemblies for high-temperature instruments, sensors, heaters and compact equipment. We define the exact wire specification, conductor finish, strip geometry, terminal system, routing and project-specific inspection before production.

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PART NUMBER / INTERFACE / MATERIAL
Models, Part Numbers & Sourcing
Find a cable model or material part number, then send it for a custom replacement or original-part sourcing review.
No matching references. Try a brand, full part number or a listed alias.
Cable & Harness Models
Finished cable and harness references for this interface or application.
- PCB Piezotronics
055BP050BZ
Shielded PTFE sensor cable assembly with free wire ends
Custom compatible replacements · Original-parts sourcing
Connector & Material Part Numbers
Connector, wire and process-material references for project selection.
- Pasternack
PECX004-BULK
RF cable material with PTFE dielectric
Custom compatible replacements · Original-parts sourcing
Configuration & Project Review
01 PTFE layer identity
Confirm whether PTFE is the insulation, jacket or coax dielectric before specifying the termination.
02 Conductor and interface
Define conductor alloy, plating, gauge and the actual connector or free-end preparation.
03 Strip method
Approve the stripping method and dimensions with limits for insulation cuts and conductor damage.
04 Thermal termination
Review soldering exposure or crimp conditions for the selected wire and connector combination.
05 Support and sealing
Select strain relief and sealing methods that suit the low-adhesion fluoropolymer surface.
06 Assembly conditions
Agree electrical, mechanical and temperature verification for the finished assembly rather than using a bulk-material rating.
Send the part number, drawing or sample to confirm the replacement configuration and sourcing plan.

