UL10064 FEP Wire – High-Temperature 105°C 30V Teflon Cable for Compact Electronics
UL10064 FEP wire is a UL-certified ultra-fine wire insulated with
FEP (Fluorinated Ethylene Propylene), designed for high-temperature and space-constrained electronic applications. Rated for
105°C and
30V, this wire is ideal for compact electronics, sensors, and internal wiring in high-density environments.
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This wire is especially suitable for use in devices where weight, size, and performance are critical. Thanks to its excellent thermal endurance and dielectric properties, UL10064 FEP wire is trusted by OEMs and engineers for precision wiring in microelectronics and medical technology. Its flexible structure allows it to be routed through compact enclosures and tight assemblies without compromising performance or reliability. Additionally, the FEP insulation provides outstanding resistance to chemicals, moisture, and mechanical stress, ensuring stable operation in harsh environments.
Key Features of UL10064 High-Temperature FEP Wire
- Available from AWG 40 to AWG 20 – supports fine-pitch electronic layouts
- High-temperature resistance up to 105°C
- FEP insulation with excellent dielectric and chemical properties
- Flame-retardant: UL VW-1, CSA FT1 compliant
- Meets RoHS and REACH environmental standards
Electrical Specifications – AWG vs. Conductor Resistance
| AWG |
20°C Resistance (Ω/km) |
| 40 |
1530 |
| 36 |
956 |
| 30 |
381 |
| 26 |
150 |
| 22 |
59.4 |
Application Areas of UL10064 Teflon-Insulated Wire
- UL10064 wire for compact electronics including laptops, phones, and wearable devices
- 105°C Teflon insulated wire for sensors and medical electronics
- RoHS-compliant ultra-fine FEP wire for industrial control systems
- LED modules and miniature lighting
- Military and aerospace electronic components
With its UL certification and adherence to stringent environmental standards, UL10064 FEP wire is also suitable for export to global markets, including North America, Europe, and Asia. Its low outgassing properties make it a strong choice for cleanroom and vacuum environments, while the consistent performance across a wide temperature range ensures long-term system integrity.
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