FEP | PFA | PTFE | Teflon | Fluoroplastics Insulated High Temperature Power Cable

1. Brief Introduction to FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable

The processing of fluoroplastic is not easy, but we successfully overcome this technical difficulty, and this material is used to make our fluoroplastics insulated heat-resistant power cable. Due to the superb stability of fluoroplastic, our product features stable electrical performance, and it is also resistance to acid, alkali, oil, corrosion, water, aging, corrosive gas, high temperature, etc.

Teflon (PTFE) and FEP (FluorEthylenePropylene) are very similar in composition of fluoropolymers PTFE (PolyTetraFluoroEthylene) and PFA (PerFluoroAlkoxy polymer resin). FEP and PFA both share PTFE’s useful properties of low friction and non-reactivity but are more easily formable.

FEP is softer than PTFE and melts at 260°C; it is highly transparent and resistant to sunlight. Thermally, FEP stands out from PTFE and PFA by having a melting point of 260°C, around forty degrees lower than PFA and lower again than PTFE.

Thus FEP and Teflon are ideal insulation materials for wire and cables where the cable is exposed to environment:

• Resistant to Fire
• Chemicals, Acids
• Sunlight
• Moisture
• Corona
• High Voltage
• Temperature range -65°C to 220°C
• Applicable standards JSS 51034 and MIL 16878-D

Electrically, PTFE, FEP and PFA have identical dielectric constants, but FEP’s dielectric strength is only surpassed by PFA. We are offering single core wires and multi-core cables in user specific design.

Standard wire cross sections in mm²

Cross section in mm2: Any cross section and colours are available for single core wire and multi core cables: E.g. 0.034, 0.0507, 0.0568, 0.0806, 0.0887, 0.1282, 0.1409, 0.154, 0.2047, 0.227, 0.2407, 0.3243, 0.3547, 0.382, 0.5168, 0.563, 0.6162, 0.8969, 0.9627, 1.2293, 1.2, 1.5272, 1.9412, 1.8886, 2.3864, 3.0848, 2.9742, 3.7287, 4.7397, 6.3015, 8.6054, 13.5889

2. Related Names for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 

Fluroplastic Insulated Heat Resistant Power Cable | FEP|PFA Teflon Insulated Heat Resistant Power Cable | Heat Resistant Power Cable | High Temperature Power Cable

3. Structure for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 

FEP PFA Fluoroplastics insulated heat-resistant power cable

4. Application Properties for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 
1. Rated voltage U0/U: 0.6/1kV AC
2. Max. working temperature: 200℃ for FEP (F46), and 260℃ for PFA.
3. Min. ambient temperature for working: -60℃ for fixed fluoroplastic or silicon rubber sheath, and -15℃ for the non-fixed laying
4. Ambient temperature for laying: ≥0℃ (≥-25℃ for fluoroplastic, silicon rubber and NBR sheathed cables)
5. Min. bending radius: 15 times of overall diameter for single core FEP PFA Teflon Fluoroplastic insulated power cable type, and 10 times of overall diameter for multi-core FEP PFA Teflon Fluoroplastic insulated power cable type.

5. Picture Reference for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 

6. Model Explanation for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 

7. Code Explanation for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable

8. Standards for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 
Q/321011KLA209-2009

9. Qualification for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable
1. The DC resistance of this FEP PFA Teflon heat-resistant power cable is in accordance with GB 3956.
2. The insulation resistivity at 20℃ is higher than 500MΩ•km.
3. The end product is detected by the voltage withstand test, and it should not be damaged during the 5-minute-testing. Additionally, the test voltage is 3.5kV AC, and the frequency is 50Hz.

10. Applications for FEP|PFA|PTFE|Teflon|Fluoroplastics Insulated High Temperature Power Cable 
This FEP PFA Teflon fluoroplastics insulated power cable is used as the fixed power transmission and distribution line, or linking wire for motor. It offers stable electrical performance under high temperature, and it also shows the advantages of large current carrying ability as well as long lifespan. As a result, this product is widely accepted in the metallurgy, electrical industry, petrochemical field, large construction, automobile manufacturing and others.