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PTFE Sheet and Rods – (Polytetrafluoroethylene)

TFE, PTFE, FEP, PVDF, ETFE, ECTFE, PFA, PCTFE and other Fluoropolymers

Virgin PTFE Sheet and PTFE Rod

Virgin PTFE sheet and rod materials are used frequently as a bearing or non-stick surface. PTFE sheet and rod materials are an excellent choice for caustic fluid handling valves and fitting. Massive size range in  extruded rod, molded rod, tubular bar and thin sheet, plate and film. PTFE is also known as: Fluon®, Diakin®, Flouroplastic®, Fluoropolymer®, Neoflon®, Polyfon®, Chemfluor®, and more. PTFE sheet, plate, rods, strip, slab, block and tubes are normal stock items. The entire range of Fluorocarbon materials are high heat and chemical resistant performance plastics.

Why Is PTFE Used for High-Temperature and Chemical Applications?

PTFE is widely used in demanding industrial applications because it combines excellent chemical resistance, a very low coefficient of friction and continuous operating temperatures approaching 500°F.

These properties make PTFE a common material for seals, gaskets, valve components, bearings, electrical insulation, chemical-processing equipment and parts exposed to corrosive fluids.

What Are the Main Disadvantages of PTFE?

PTFE is softer and less rigid than many engineering plastics. It also has lower mechanical strength and greater dimensional movement under sustained loads than materials such as acetal, nylon or PEEK.

PTFE works best when chemical resistance, temperature resistance and low friction are the primary requirements. It is less suitable when the application requires high stiffness, tight dimensional stability or substantial structural loading.

When Should You Choose PTFE Instead of UHMW?

Choose PTFE when your application involves higher temperatures, aggressive chemicals or an extremely low-friction surface.

Choose UHMW when abrasion resistance, impact strength and economical wear performance are more important than extreme temperature or chemical resistance.

For many conveyor, guide and wear applications, UHMW offers the more economical solution. For seals, gaskets, corrosive chemical service and high-temperature applications, PTFE is often the better material.

 

Other Fluorocarbon Based Materials We Supply in Sheet, Plate and Round Rod: 

FEP – Fluorinated Ethylene Propylene; PVDF – Poly Vinylidene Difluoride (Kynar®, Tecaflon®, Sustatec® and more); ETFE – Polyethylenetetrafluoroethylene (Tefzel®); ECTFE – Ethylene Chlorotrifluoroethylene; PFA – Perfluoroalkoxy; PCTFE – Polychlorotrifluoroethylene (formerly KEL-F® or Neoflon®)

Virgin-PTFE-sheets-and-rods

Why you should use PTFE Sheet and Rod (Fluoropolymers):

  • Very slippery and non-stick
  • Wear resistance
  • 500 degrees F continuous use temperature
  • Excellent chemical resistance
  • Very easy to machine and fabricate
  • PTFE Rod available from .125″ – 6″ as standard
  • Larger sizes are molded per order
  • PTFE Sheet – Film from .005″ – 3″ thickness
  • PTFE Molded Tubing- Vast sizes are available – made to order
  • PTFE is ITAR compliant, and PTFE is RoHS compliant

PTFE sheet and rod are used in:

  • Seals, gaskets and stem valves
  • Wear and slide machined parts
  • Chemical resistant fixtures
  • Pump parts and manifolds- from PTFE Rod
  • Scientific aircraft and electronic parts
  • Steam and high temp seals – from PTFE sheet

Material Available As:

PTFE Sheet: .062″ – 4″ in Natural (White) in 48″ X 48″

PTFE Rod: .125″ – 6″ Diameter Natural (White) in 60″ Lengths

PTFE Film: .001″ – .062″ in Natural (White) in 12″ Wide (other widths – require Special Order)

Typical Resin Properties:

General Property ASTM Test Typical Value
Specific Gravity D792 2.14 – 2.24
Tensile Strength Yield D638 2,500 – 6,000
Tensile Modulus D638 80,000
Izod Impact – Notched D256 3.0
Hardness – Rockwell D785 D50 – D65
Deflection Temp @ 264psi D648 150
Deflection Temp @ 66 psi D648 250
Co. Thermal Expansion D696 5.5X10-5
These properties are for evaluation purposes only. This information is not to be construed as a warranty, guarantee or assurance that you may achieve the same results. Materials made from different resin types, manufacturing techniques and manufacturers will react differently. The information should be used to compare against other materials only, and each user should make his own tests to determine suitability. No warranty as to this materials suitability are either expressed nor implied.