PFA (Perfluoroalkoxy) Material Manufacturer
Melt-processable perfluoropolymer with PTFE-level chemical resistance. Peflon supplies PFA resin, micro powder and dispersion — 13 grades from MFR 0.8 to 30 g/10 min, all PFOA-free with ROHS and REACH certification.
What Is PFA?
PFA vs PTFE vs FEP
| Property | PFA | PTFE | FEP |
|---|---|---|---|
| Melt processable | Yes | No (sintered) | Yes |
| Continuous service temp. | 260 °C | 260 °C | 200 °C |
| Melting point | 295–311 °C | ~327 °C | ~260 °C |
| Chemical resistance | Excellent | Excellent | Excellent |
| Typical use | Complex moulded parts, linings, tubing | Seals, sheet, rod, coatings | Cost-sensitive tubing and film |
Types of PFA Material We Supply
Three product forms covering melt processing, coating and additive applications.
PFA Resin
Used in chemical processing, semiconductor manufacturing, wire & cable, tube, film, and LED cover production.
PFA Powder
Used in coatings for non-stick and chemical-resistant properties, and in the semiconductor and chemical processing industries.
PFA Dispersion
Used in coatings and in the semiconductor and chemical processing industries.
All Grades of PFA Material
Select by melt flow rate (MFR): low MFR for thick-wall mouldings and linings, high MFR for thin-wall wire coating and fast extrusion. Click a grade to download its technical data sheet.| Grade | MFR (g/10 min) | Melting Point (°C) | Tensile Strength (MPa) | Elongation at Break (%) | Density (g/cm³) | Typical Applications |
|---|---|---|---|---|---|---|
| PF-401 | 0.8–3.0 | 300–310 | ≥32 | ≥300 | 2.120–2.170 | Pipes, pumps, valves, plates, tank lining, diaphragms, joints, bearing parts |
| PF-402 | 1.5–4.0 | 295–311 | ≥22.6 | ≥290 | 2.12–2.17 | Hoses, sleeves, sheet-metal valve linings, corrugated tubes, films |
| PF-403 | 3.1–6.0 | 300–310 | ≥30 | ≥300 | 2.120–2.170 | Pipe, wire insulation layer, film, electronic components |
| PF-406 | 6.1–12.0 | 300–310 | ≥30 | ≥300 | 2.120–2.170 | Pipe, wire insulation layer, film, electronic components |
| PF-415 | 6.1–15 | 300–310 | ≥28 | ≥300 | 2.120–2.170 | Extruded tubing and profiles, hose, wire & cable insulation, sleeving, industrial film |
| PF-410 | 10.0–20.0 | 295–311 | ≥22.6 | ≥290 | 2.12–2.17 | Connectors, nuts, filter covers, films, wafer carriers (6″–12″) |
| PF-412 | 12.1–16.0 | 300–310 | 24–35 | 300–350 | 2.120–2.170 | Cable insulation, multi-core cable sheath |
| PF-415Q | 13.0–15.0 | 295–311 | ≥22.6 | ≥290 | 2.12–2.17 | Wire and cable insulation, extruded profiles |
| PF-404A | 13–22 | 307±5 | ≥18 | ≥250 | 2.12–2.18 | Wire & cable, high-temperature injection-moulded parts |
| PF-413 | 13–22 | 307±5 | ≥18 | ≥250 | 2.12–2.18 | Wire & cable, high-temperature injection-moulded parts |
| PF-430 | 15.1–30 | 300–310 | ≥26 | ≥350 | 2.120–2.170 | High-performance thin-wall wire coating, aerospace, chemical industry, fast cable extrusion |
| PF-416 | 16.1–24.0 | 300–310 | 24–35 | 300–350 | 2.120–2.170 | Cable, aviation, aerospace, chemical industry, fast cable extrusion |
| PF-424 | 24.1–30.0 | 300–310 | 24–35 | 300–350 | 2.120–2.170 | Cable, aviation, aerospace, chemical industry, fast cable extrusion |
PFA Dispersion — PF-4D05
| Property | Test Method | PF-4D05 |
|---|---|---|
| Appearance | Visual | White or yellowish liquid |
| Solid content (%) | ASTM D4441 | 48.0–52.0 |
| Surfactant concentration (%) | ASTM D4441 | 4–8 |
| pH value | ASTM E70 | 7.0–10.0 |
| MFR (g/10 min) | ASTM D2116 | 3.0–5.0 |
| Average particle size (nm) | — | 190–230 |
| Surface tension (mN/m) | — | 20–30 |
Manufacturing Process of Different PFA
Extrusion-Grade PFA
For tubes, cables, and sheet linings with strong chemical resistance.
Injection-Molding-Grade PFA
Complex parts such as labware and semiconductor components.
Coating-Grade PFA
Anti-corrosion coatings for tanks or wire insulation.
Feature of PFA Polymer
Our PFA is a copolymer of hexafluoropropylene and perfluoroethers, with high purity and low stiffness.High-Temperature Stability
Semiconductor manufacturing, aerospace, chemical processing, medical devices.
Exceptional Chemical Resistance
Resistant to virtually all chemicals, including strong acids, bases, and solvents.
Flexibility & Transparency
Ideal for tubing and linings.
Non-Stick & Low Friction
Excellent release properties and low surface energy, similar to PTFE.
Excellent Electrical Insulation
Suitable for wiring and semiconductor applications.
UV & Weather Resistance
Stable under prolonged exposure to sunlight and outdoor conditions.
Purity & Biocompatibility
Used in pharmaceutical and medical applications.
Melt Processable
Injection moulding, extrusion and blow moulding — unlike sintered PTFE.
Applications of PFA
PFA can be used in many applications due to its versatility, such as films, sheets, tapes, membranes, and more.
Chemical Processing
- Lining for pipes, valves, fittings in corrosive environments
- Semiconductor industry components for high-purity applications
- Acid storage tanks and handling systems
Electrical Industry
- Insulation for high-temperature wire and cable
- Components in electrical connectors
- Jacketing for fiber optic cables
Medical Applications
- Catheters and surgical devices
- Biocompatible implants
- Laboratory equipment requiring chemical resistance
Food Processing
- Non-stick coatings for food-processing equipment
- Conveyor belts and rollers
- Linings for cooking appliances
Industrial Applications
- Release films and sheets
- Bearings and seals for harsh environments
- Membrane applications in filtration systems
Aerospace
- Wire & cable jacketing: lightweight and heat-resistant
Why Choose Peflon PFA Chemical
How We Produce PFA Plastic
Using melt-processing techniques — injection molding is a common method, ensuring consistent quality and fast turnaround.
Certification & Approval
ASTM D3307 · D2240 · D3418 · D792 — standards that keep our PFA ready for global supply chains. ROHS and REACH certified, PFOA-free.
Related PFA Compound Products
Peflon not only provides PFA materials, but also has a range of connected products, including FEP, PVDF, PTFE and PEEK.
PVDF
High-purity PVDF resin and powder for chemical, semiconductor and coating applications.
PFA Frequently Asked Questions
PFA vs PTFE — which should I choose?
Choose PFA for processability and flexibility; choose PTFE for extreme durability or coatings. PFA is melt-processable, so complex shapes can be injection moulded, while PTFE must be sintered and machined.FEP vs PFA — what is the difference?
FEP is a cost-effective, flexible option for moderate temperatures, while PFA offers better heat resistance, clarity and mechanical strength for demanding applications. Both have excellent chemical resistance, but PFA holds a continuous service temperature of 260 °C against roughly 200 °C for FEP.How do I select the right PFA grade?
Match the grade to your processing method and end use using the MFR column above. Low MFR (0.8–6) suits thick-wall mouldings, linings and pipe; medium MFR (6–16) suits tubing, profiles and general extrusion; high MFR (16–30) suits thin-wall wire coating and fast extrusion.How is PFA packaged?
PFA resin is packaged in 25 kg multilayer bags with an integral polyethylene liner. Dispersion is supplied in sealed drums and must be protected from freezing.Where can I buy PFA material?
Contact Peflon directly through the inquiry form to get the most suitable grade, a free sample and a quotation for your application.Technical Support of PFA
Selecting and processing PFA raises real engineering questions — grade choice, melt processing, injection molding and lining. Our technical library shares practical, hands-on guidance from the Peflon materials team.
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Get a Free PFA Sample and Quote
Tell us your part, process and target MFR — our engineers will recommend a grade and reply within 24 hours.