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Wire PTFE
PTFE has very good heat resistance and a relatively wide operating temperature range, outstanding electrical properties, as well as chemical corrosion resistance unmatched by conventional materials, and flame retardancy is also very ideal, making it suitable for many fields. Wire PTFE is the main application form of PTFE and is widely used in various capacitor-insulating media. Its core application is the outer sheath of wires and cables. Wire PTFE has good applicability to insulated cables, motors, and transformers. A very critical material in many important electronic components.
Description
PTFE has very good heat resistance and a relatively wide operating temperature range, outstanding electrical properties, as well as chemical corrosion resistance unmatched by conventional materials, and flame retardancy is also very ideal, making it suitable for many fields. Wire PTFE is the main application form of PTFE and is widely used in various capacitor-insulating media. Its core application is the outer sheath of wires and cables. Wire PTFE has good applicability to insulated cables, motors, and transformers. A very critical material in many important electronic components.
- MATERIAL
· PTFE(Polytetrafluorethylene)
· Expanded, natural or colors
· Thickness: 0.051mm - 0.254mm
· Width: 4mm -200mm
· Standard density: 1.60g/cm3
- FEATURES &APPLICATION
· High dielectric strength
· High temperature and chemical resistivity
· Flammability resistivity
· Tight thickness tolerances
· Available in multiple colors for outer jackets in cables or for identification of primary wires.
- For use in:
· Wire and cable insulation for extreme chemical and thermal environments
· Binder tape in cable constructions and wire harnesses
· Dielectric material in coaxial cables
· Medical devices/equipment cabling solutions
· Mechanical energy transfer
· Chemical transfer
· Electronic and electrical product
· And more
- Technical Data:
|
Thickness |
0.0020" |
0.0030" |
0.0040" |
0.0050" |
0.0060" |
0.0080" |
0.0100" |
|
(0.051mm) |
(0.076mm) |
(0.102mm) |
(0.127mm) |
(0.152mm) |
(0.203mm) |
(0.254mm) |
|
|
Tolerance |
±0.00020" |
±0.00020" |
±0.00025" |
±0.00030" |
±0.00030" |
±0.0004" |
±0.00040" |
|
±0.005mm |
±0.005mm |
±0.006mm |
±0.0076mm |
±0.0076mm |
±0.010mm |
±0.010mm |
|
|
Width |
4 - 200mm |
||||||
|
Density |
1.6g/cm3 |
||||||
|
Tensile Strength (minimum) |
10 MPa |
||||||
|
Elongation (minimum) |
50% |
||||||
|
Joint Free Lengths |
> 200m |
||||||
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Our certificate
- Product Application
How is PTFE wire different from other wires?
Extremely low dielectric constant
PTFE cables have a much lower dielectric constant than electrical wires. For the same reason, you get higher electrical conductivity. In other words, PTFE strands can transmit current more efficiently than regular wires.
Excellent dielectric strength
Excellent dielectric strength means that PTFE cables have excellent insulation properties, which can help you get the most out of your PTFE cables and continue to transmit current.
High temperature resistance
You can subject PTFE insulated cables to high resistance. Therefore, the temperature has minimal effect on the cable. This will help you use PTFE cables for outdoor purposes where the temperature is higher during the day.
High melting point
In addition to being resistant to high temperatures, PTFE cables also have a high melting point. When current is transmitted through the cable, the cable heats up. However, the cable needs to have a high melting point so that it does not get damaged by the current it carries. If you are using PTFE cables, you don't have to worry too much about this.
Thermal Stability
The thermal stability of PTFE cables is reflected in the fact that they do not flow even above their melting point. You can call it another important reason to start using PTFE cables instead of the ordinary cables available in the market.
Thermoset Characteristics
Standard wires are made of thermoplastic materials. However, PTFE is made of thermoset materials. This also contributes a lot to the excellent dielectric strength of the wires.
What are the advantages of polytetrafluoroethylene wire?
It is chemically inert.
PTFE cables are chemically inert. Therefore, you will be able to line these cables with pipes made of reactive agents without any difficulty.
It is non-flammable.
By using PTFE cables, you can also minimize the risk of fire. This is because PTFE is a non-flammable material. Therefore, you can be assured while using it.
It is weather-resistant.
PTFE has excellent weather resistance. You can keep this fact in mind and use PTFE cables for outdoor applications. The wires will not wear out due to exposure to various weather conditions outdoors.
It prides itself on zero moisture.
Moisture is not good at all for wires. However, when you use PTFE cables, you can also overcome this worry. This is because PTFE cables are always free of moisture.
It has an excellent mechanical structure.
You will also be impressed by the excellent mechanical structure of PTFE wires. Due to its perfect mechanical structure, you can use PTFE cables for numerous applications that you have to deal with in your daily life.
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