PTFE Fine Powder Manufacturer
Peflon PTFE fine powder — paste-extrusion grade PTFE resin. Exceptional thermal stability, low friction, chemical inertness and outstanding dielectric properties for continuous tubes, pipe liners, seal tape, breathable membranes and coaxial cable.
- Exceptional Thermal Stability
- Low Friction Coefficient
- Chemical Inertness
- Dielectric Insulation
Features & Benefits of Peflon™ PTFE Fine Resins
Four defining performance attributes of Peflon PTFE fine powder — signature PTFE chemistry translated into paste-extrusion grade behaviour.
Exceptional Thermal Stability
Unparalleled resistance to high temperatures — reliable under extreme thermal conditions.
Low Coefficient of Friction
Inherent non-stick properties reduce friction — improves operational efficiency and equipment longevity.
Chemical Inertness
Resistant to a wide array of chemicals — superior corrosion resistance for harsh environments.
Outstanding Dielectric Properties
Excellent electrical insulation — safe and reliable in high-voltage applications.
PTFE Fine Powder Grades & Data Sheets
Twelve paste-extrusion polytetrafluoroethylene grades (CAS 9002-84-0, polymerized from tetrafluoroethylene (TFE)) for tube, wire & cable, seal tape, fiber and membrane. Click a grade to download its Technical Data Sheet (PDF); values are typical, not for specification purposes.
| Grade | Tensile (MPa ≥) | Elongation (% ≥) | Bulk Density (g/L) | Avg. Particle (µm) | Extrusion Pressure (MPa) | Typical Application |
|---|---|---|---|---|---|---|
| JF-4D | 28.0 | 350 | 475±100 | 650±250 | 5.5–14.0 | Extruded tube, rod, tensile film, seal tape |
| PF-F0 | 28.0 | 350 | 475±100 | 650±250 | 5.5–14.0 | General-purpose paste extrusion |
| PF-F8 | 20.0 | 350 | 475±150 | 650±250 | 5.5–14.0 | Extruded tube, rod, tensile film, seal tape |
| PF-2048F | 24.0 | 350 | 475±100 | 400–575 | 45.0–70.0 | Thin tube, thin-wall tube, wire & cable |
| PF-F46 | 24.0 | 350 | 475±100 | 400–575 | 20.0–35.0 | Wire & cable insulation, small-diameter thin-wall tubing |
| PF-F48 | 24.0 | 300 | 475±100 | 400–575 | 45.0–70.0 | Capillary tube, thin-wall tube, wire & cable |
| PF-F49 | 25.0 | 300 | 400±100 | 400–575 | 20.0–40.0 | Heat-exchange tube, pressure-resistant tube, chemical tube |
| PF-F03S | 24.0 | 300 | 475±100 | 400–575 | 24.0–45.0 | Low reduction ratio — thick-wall tube |
| PF-FE10 | 25.0 | 300 | 400±150 | 550±100 | 15–40 | PFA-substitute heat-exchanger tubes (weldable) |
| PF-FE11 | 25.0 | 300 | 400±150 | 550±100 | 15–40 | Push-processed oil pipelines |
| PF-F6 | 28.0 | 300 | 475±100 | 650±250 | 9.7±4.2 | Short fiber for filter material & membrane |
| PF-F7 | 28.0 | 300 | 475±100 | 650±250 | 9.7±4.2 | Long fiber for filter material & membrane |
Polytetrafluoroethylene Fine Powder Applications
PTFE fine powder is highly versatile — eight primary application categories across tubing, sealing, electrical and membrane markets.
Continuous Tubes & Pipes
Excellent resistance to high temperatures and aggressive chemicals.
Pipe Liners
Extruded liner for chemical, industrial and oil-&-gas pipeline corrosion protection.
Electrical Tape & Sleeving
High-insulation tape and sleeving for wiring protection in harsh environments.
Spaghetti Tubing
Extruded then stretched — medical, chemical and electronics small-bore tubing.
Breathable Membranes
Outdoor apparel, medical textiles, building materials and industrial filtration.
Teflon Seal Tapes
Calendered into thread-seal tape for plumbing and industrial pipe connections.
Skived Membrane
Thin skived PTFE film for diverse industrial uses where precision thickness is needed.
Coaxial Cable
Central conductor + PTFE dielectric + shielding + jacket for enhanced electrical performance.
PTFE Fine Powder Resin Processing
PTFE fine powder can be processed through multiple methods — compression molding, paste extrusion, blade casting, coating, calendering and melt extrusion — each suited to specific downstream product types. See independent PTFE material properties for baseline data.
Compression Molding
PTFE virgin powder placed in a mold and compressed to shape — suitable for complex or larger-sized PTFE products.
Paste Extrusion
The core route for PTFE fine powder — produces tubes, wire insulation, thread-seal tape and spaghetti tubing.
Blade Casting Process
Thin uniform films cast via doctor-blade — ideal for skived-membrane precursor and specialty films.
Coating
PTFE coated onto metal or fiberglass substrates for non-stick, low-friction surfaces — cookware and pipe coating.
Calendering — Teflon Seal Tape
PTFE passed through heated rollers into thin films or sheets — the primary route for PTFE thread-seal tape manufacturing.
Melt Extrusion
Continuous profiles — wire / cable insulation, pipes, films and rods via heated-barrel die extrusion.
Related Fluoropolymers to PTFE Fine Powder
Complementary fluoropolymers for adjacent processing routes and service requirements — Peflon stocks the full thermoplastic fluoropolymer range.
PFA Resin
FEP Material
PCTFE Material
PTFE Material
PEEK Material
PVDF Material
THV Material
FAQ of PTFE Fine Powder
What is the difference between PTFE Fine Powder and PTFE Molding Powder?
PTFE fine powder (D50 450–750 µm) is processed by paste extrusion — tubes, tape, wire insulation, spaghetti tubing. Molding powder (D50 60–260 µm) is processed by compression molding — sheets, rods, billets and large shapes.
What is the typical particle size of PTFE Fine Powder?
Average particle size is 450–750 µm. This coarser agglomerate form paste-extrudes with a lubricant to yield dense, continuous PTFE profiles.
What applications require PTFE Fine Powder specifically?
Any continuous paste-extruded product — Teflon thread seal tape, spaghetti tubing, wire insulation, coaxial cable dielectric, pipe liners, breathable ePTFE membranes. For pressed/sintered billets and machined parts, use molding powder instead.
Does Peflon PTFE Fine Powder require a lubricant for extrusion?
Yes. Paste extrusion blends PTFE fine powder with a volatile hydrocarbon lubricant (typically an isoparaffin). After preforming, the mixture is ram-extruded through a die; the lubricant is later dried and burned off during sintering.
How should PTFE Fine Powder be stored?
Store sealed, dry, below 19 °C to minimize agglomeration and moisture pick-up. Before use, precondition bags at target processing temperature and screen to break up any shipping agglomerates.
Technical Support of PTFE Fine Powder
Choosing and paste-processing PTFE fine powder raises real engineering questions — grade selection, lubricant ratio, extrusion and sintering. Our technical library shares practical, hands-on guidance from the Peflon materials team.
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Get a PTFE Fine Powder Grade & Sample
Tell us your process — paste extrusion, calendering, fiber or membrane — and target dimensions. Our engineers will match a grade, send the TDS and reply within 24 hours.