Fluor-A-Pure Ultra High Purity PFA Tubing

    Product Description

    Fluor-A-Pure™ PFA tubing is a ultra high purity PFA tubing solution designed for demanding chemical and high purity fluid transfer service. Manufactured from 100% virgin high performance grade PFA, this tubing is developed for aggressive chemical environments and critical process applications that require broad chemical inertness, low permeation, and strong resistance to stress cracking.

    Fluor-A-Pure tubing combines excellent thermal stability, extremely low moisture absorption, and a smooth translucent surface that helps reduce areas where particles can collect. Its flexibility compared with other PFA tubing grades can help simplify routing in tight system layouts, while compatibility with flare or conventional fittings supports integration into a range of laboratory, pharmaceutical, and process systems.

    This tubing is packaged in a controlled environment and is available in standard and custom sizes in both inch and metric formats. It is manufactured for pharmaceutical and biopharmaceutical applications and is also well suited for fine chemical processes, heat exchangers, laboratory service, flow monitoring lines, and inert gas transfer. Documented sterilization compatibility includes autoclave, EtO, and chemical methods, with compliance statements including USP Class VI, FDA 21 CFR 177.1550, REACH, RoHS, and food contact suitability.

    Key Features


    • 100% virgin high performance grade PFA construction
    • Developed for extreme chemical and ultra high purity service conditions
    • Broad chemical inertness to nearly all industrial chemicals and solvents
    • Low permeation and extremely low moisture absorption
    • Smooth translucent surface helps reduce particle entrapment
    • High thermal stability with temperature range from -350 F to 500 F
    • Suitable for use with flare or conventional fittings
    • Packaged in a controlled environment for high purity applications
    • Available in standard and custom sizes, including inch and metric options
    • Compatible with autoclave, EtO, and chemical sterilization methods

    Technical Specifications


    • Product Type : Ultra High Purity PFA Tubing
    • Material : 100% Virgin High Performance Grade Perfluoroalkoxy (PFA)
    • Appearance : Translucent
    • Temperature Range : -350 F to 500 F
    • Standard Coil Length : 50 ft
    • Available Formats : Standard Wall, Heavy Wall, And Metric Sizes
    • Inch-Based ID Range : 1/16 in to 1-1/8 in
    • Inch-Based OD Range : 1/8 in to 1-1/4 in
    • Metric Sizes : 2 mm x 4 mm, 4 mm x 6 mm, 6 mm x 8 mm, 8 mm x 10 mm, 10 mm x 12 mm
    • Wall Thicknesses : 1/32 in, 1/16 in, 1 mm
    • Working Pressure : Up to 617 psi at 72 F, depending on size and wall thickness
    • Bend Radius : 0.5 in to 22 in for listed sizes; some larger sizes are contact factory
    • Specific Gravity : 2.15
    • Tensile Strength : 4,200 psi (28.9 MPa)
    • Tensile Elongation : 400%
    • MIT Flex Life : 500,000+
    • Flex Modulus : 90,000 psi (620 MPa)
    • Durometer Hardness : 60
    • Dimensional Tolerances : Inside and outside diameter tolerances maintained to RMA E1
    • Sterilization : Autoclave, Ethylene Oxide (EtO), Chemical
    • Shelf Life : 8 years from date of manufacture when stored per manufacturer recommendations
    • Fittings Compatibility : Suitable for flare or conventional fittings
    • Packaging : Packaged in controlled environment; tubing has no printing
    • Substance Statement : No intentionally added BPA, melamine, natural latex rubber, phthalates, cyanuric acid, N-nitrosamines, or PVC per supplier information
    • Compliance : USP Class VI, FDA 21 CFR 177.1550, Food Contact Compliant, Prop 65 Compliant, REACH Compliant, RoHS Compliant, Meets or Exceeds ASTM D 6867-03

    Typical Applications


    This tubing is typically specified where chemically inert, high purity fluid handling is required:

    • Pharmaceutical processing
    • Biopharmaceutical fluid transfer
    • Fine chemical processes
    • Laboratory applications
    • Heat exchanger lines
    • Flow monitoring lines
    • Inert gas transfer