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Teflon Shrink Tube (FEP, PFA, PTFE)
Teflon forms a very stable compound due to its strong chemical bond between fluorine and carbon, and has excellent properties such as almost complete chemical inertness and heat resistance, non-tackiness, excellent insulation stability and low coefficient of friction.
The application range of Teflon can be said to be indefinite, from general kitchen containers to machines, automobiles, semiconductor and aerospace parts.
FEP (Fluorinated ethylene propylene)
Fluororesin-based highly functional plastic tube with excellent workability
Property
* Excellent heat resistance and cold resistance
* Continuous use temperature -65 ℃ ~ + 200 ℃
* Inactive in most chemicals and solvents
* Excellent weather resistance.
* Difficulty with impurities.
* Easy removal with impurities
* Nonflammability
* Excellent electrical properties
Applications
Applications
* Protective sheathing of lead parts requiring chemical resistance and non-sticking properties, such as liquid transfer equipment.
* Protection of small devices such as sensors
* Non-tackiness of roll
* Protective coating for chemicals at high temperature
PFA (Poly Fluoro Alkoxy)
High heat-resistant fluororesin-based high-performance plastic tube.
Property
* Excellent chemical resistance
* Injection molding available
* Excellent heat resistance 320 ℃
* Continuous use temperature -65 ℃ ~ + 260 ℃
* Excellent water resistance
* Good releasability
* Excellent weldability
Applications
* CLEAN AIR
* Chemical transfer piping
etc.
PTFE (Poly Tetra Fluoro Ethylene)
Fluororesin-based high-performance plastic tube with the highest heat-resistant temperature (350 ° C)
Property
* Highest heat temperature 350 ℃
* Continuous use temperature -65 ℃ ~ + 260 ℃
* Excellent abrasion resistance
* Excellent chemical resistance
* Excellent releasability
* Excellent chemical resistance
* Low coefficient of friction
* Good electrical properties
* Noncombustible, non-toxic, weather-resistant
* Non-tacky, low wear factor
Applications
* Protective sheathing of lead parts requiring chemical resistance and non-sticking properties, such as liquid transfer equipment.
* Protection of small devices such as sensors
* Non-tackiness of roll
* Protective coating for chemicals at high temperature
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