Chemical Resistance
Compatible with many strong acids, alkalis, oxidizers and organic solvents across a broad operating range.
PFA Material · Products · Custom Manufacturing
PFA Material for High-Purity and Corrosive Fluid Systems
Perfluoroalkoxy Alkane
PFA combines broad chemical resistance and high-temperature capability with melt-processable manufacturing. JAIFUXIN supplies PFA tube, rod and film for semiconductor, chemical, laboratory and industrial equipment applications.
- Industrial and high-purity grade options
- Standard sizes and drawing-based parts
- Factory support for material selection
Up to 260°CTypical continuous service limit
Melt ProcessableExtrusion, molding and heat fusion
High PurityGrades for sensitive fluid systems
Broad ResistanceFor many aggressive chemicals
Material overview
Why PFA Is Used in Critical Fluid Handling
PFA is selected where process media must remain isolated from corrosion-prone materials and where smooth, melt-processed surfaces are valuable. Compared with PTFE, PFA can be extruded and molded using thermoplastic processing methods. Compared with FEP, it is generally chosen for more demanding temperature and creep requirements.
Grade, purity, permeability, wall thickness and component geometry still matter. Final selection should be based on the actual chemical, temperature, pressure, cleanliness and mechanical conditions—not the polymer name alone.
Performance profile
Core PFA Material Properties
Values vary by resin grade and test method. Confirm the selected manufacturer's datasheet before final design approval.
High Purity
Selected grades support semiconductor chemical delivery, laboratory handling and other low-contamination systems.
Temperature Capability
Typical grades are used continuously at temperatures up to approximately 260°C, subject to load and environment.
Low Surface Energy
A smooth, non-stick surface helps reduce material adhesion and supports cleaning in process equipment.
Electrical Insulation
Stable dielectric behavior makes PFA useful for wire, cable, sensor and high-temperature insulation applications.
Melt Processability
Extrusion, injection molding, transfer molding and heat fusion enable tubing, film and shaped components.
Typical data
PFA Property Reference
Use these ranges for preliminary comparison only. Purchase specifications should reference the exact resin grade, product form and applicable test method.
Design note
Pressure rating and bend performance for PFA tubing depend on outside diameter, wall thickness, temperature, resin grade and assembly method.
| Property | Typical value / range |
|---|---|
| Continuous service temperature | Up to approximately 260°C |
| Density | Approximately 2.12–2.17 g/cm³ |
| Tensile strength | Approximately 20–35 MPa |
| Elongation at break | Approximately 250–400% |
| Water absorption | Very low; confirm by grade |
| Dielectric constant | Approximately 2.1 |
| Processing | Extrusion, molding, heat fusion, machining |
Available product forms
PFA Products
Open a product category for available specifications, application notes and custom manufacturing options.
PFA Tube
Flexible and straight tubing for high-purity chemical delivery, heated fluid lines and corrosive media.
View PFA Tube →PFA Rod
Machining stock for valve, sealing, insulation and custom equipment components.
View PFA Rod →PFA Film
Thin film for chemical barriers, release layers, electrical insulation and heat-sealable assemblies.
View PFA Film →Where PFA performs
Typical PFA Applications
Application fit depends on the selected grade, geometry and actual service conditions.
High-Purity Chemical Delivery
Tubing and components for wet-process tools, chemical distribution and sensitive fluid transfer.
Corrosive Fluid Systems
Transfer lines, linings and components exposed to aggressive acids, solvents and oxidizing media.
Low-Contamination Handling
Tubing and custom parts for analytical, pharmaceutical and research equipment.
High-Temperature Insulation
Film and extruded forms for wire, cable, sensors and electrical protection.
Valves, Seals and Custom Parts
Machined and molded components where chemical resistance and cleanliness are required.
Heated and Ultrapure Lines
Properly specified tubing for temperature-sensitive or high-purity liquid transport.
Material selection
PFA vs. PTFE vs. FEP
This comparison supports early material screening. Chemical compatibility and mechanical design must still be reviewed for the actual application.
| Selection factor | PFA | PTFE | FEP |
|---|---|---|---|
| Processing | Melt processable | Compression molded, skived and machined | Melt processable |
| Typical temperature capability | Higher than FEP | High | Lower than PFA |
| Clarity | Translucent to transparent by form | Generally opaque | Typically high |
| Common reason to select | High-purity tubing and demanding melt-processed parts | Broad stock shapes, filled grades and machining | Flexible transparent tubing and heat-sealable film |
Custom manufacturing support
Specify PFA Around the Application
JAIFUXIN supports standard PFA forms and drawing-based components. Send the details below so the material, process and inspection requirements can be reviewed before quotation.
- Product form and drawing or target dimensions
- Resin grade, purity and certification requirements
- Chemical media, temperature and pressure
- Tolerances, surface and joining requirements
- Quantity, inspection and packaging requirements
Buyer questions
PFA Material FAQ
Answers for early product and material selection.
What is PFA material?
PFA is a melt-processable fluoropolymer that combines broad chemical resistance, low surface energy and high-temperature capability. Extrusion and molding make it suitable for smooth tubing, film and complex parts.
How is PFA different from PTFE?
Both materials provide broad chemical resistance. PFA is melt processable and is commonly selected for extruded tubing, molded parts and welded or heat-fused assemblies. PTFE is commonly compression molded, skived or machined and is available in more filled grades.
When should PFA be selected instead of FEP?
PFA is generally considered when the application requires higher continuous temperature capability, improved creep resistance or demanding high-purity fluid service. FEP remains useful when clarity, flexibility and a lower processing temperature are the main priorities.
Can JAIFUXIN supply high-purity PFA tubing?
Yes. State the chemical media, purity requirement, inside and outside diameter, wall thickness, working temperature, pressure and required packaging when requesting a quotation.
Can PFA parts be manufactured from a drawing?
Yes. PFA rods and other stock can be machined, and suitable parts may also be produced by melt processing. Send a drawing with tolerances, quantity, grade and service conditions for a manufacturing review.
What information is needed for a PFA quote?
Provide the product form, dimensions, PFA grade or purity requirement, quantity, operating temperature, pressure, chemical media and any inspection, cleaning or packaging requirements.
Talk to an engineer
Request a PFA Product or Custom Part Quote
Send the material, dimensions, quantity, working conditions and drawings. JAIFUXIN will recommend a practical manufacturing route.