AC plastiques 1,2,3 - General Catalog.pdf

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    ENGINEERED DUAL

    LAMINATE PIPING SYSTEMS

    AN EFFICIENT APPROACH

    TO SOLVE YOUR COMPLEX

    AND RECURRING CORROSIONPROBLEMS

    email: [email protected]

    Website: www.acplastiques.com

    1395, monte Chenier, Les Cdres, Qubec, J7T 1L9, Tel: (450) 455-3311, Fax: (450) 452-2037

    AC Plastiques Canada Inc.

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    C Plastiques Canada Inc. is a custom

    manufacturer of Dual Laminate and FRP

    rocess equipment for the corrosion in-

    ustry. This manual specifically deals with

    f our small diameter (1 to 12) Dual

    aminate piping systems :

    AC Dual Laminate Pipings Systems

    uilding on the proven reliability of prod-

    cts supplied by world leaders and pio-

    eers in thermoplastic and semi-finished

    roducts such as AUSIMONT,

    TOFINA, SOLVAY, DUPONT,GRU, SYMALIT, SAINT-

    GOBAIN, WESTLAKE,

    FGoodrich, DEKA among others,

    AC Plastiques Canada, Inc. has devel-

    oped a fully bonded, fabric-backed,

    Fiber Reinforced piping system.

    The following pages will illustrate what

    makes or product the best Dual Lami-

    nate piping system on the market today.

    weep elbows to minimize flow loss Fabric embedding on all fittings provide

    a fully bonded system

    Our flared flange system eliminates

    corner welds

    liminate external corrosion problems

    ound in lined steel systems

    Reduce field installation costs with our

    custom manufactured system

    Welding as per DVS standards

    A piping system that solves all your corrosion problems

    Section 1 - AC Dual laminate piping systems

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    Available thermoplastics

    Dual Laminate piping systems are avail-

    able in a variety of materials. As illus-

    trated in section 3 - Chemical resistance

    profile, many parameters will guide the

    end user in selecting a material that will

    meet all of their requirements.

    As illustrated, thermoplastics available for

    the corrosion industry can be divided into

    three distinct classes : Fluoropolymers,Vinylchlorides and Polyolefins.

    Vinylchlorides

    PVC : Polyvinyl Chloride CPVC : Chlo-

    rinated Polyvinyl Chloride

    Vinylchlorides are widely used through-

    out the corrosion industry because of their

    interesting cost/performance ratio. Theyare used for many acid applications.

    However,they are not recommended for

    solvent applications.

    Fluoropolymers

    PVDF: KYNAR, HYLAR,

    SOLEF PVDF

    ECTFE: HALAR

    ETFE: TEFZEL

    MFA: HYFLON

    FEP/PFA: TEFLON

    Fluoropolymers are a class of paraffinic,

    thermoplastic polymers where some or

    all of the hydrogen has been replaced by

    fluorine.

    The result is either a fully fluorinated poly-

    mer, such as FEP, MFA and PFA, or apartially fluorinated polymer, such as

    PVDF, ECTFE and ETFE.

    The figure on the right illustrates the im-

    pact of fluorine content on the chemical

    resistance.

    Polyolefins

    PP : Polypropylene PE : Polyethy

    Polyolefins is the generic term used t

    scribe a family of polymers derived

    a particular group of base chemicals k

    as olefins. As polymers, they form toflexible plastic materials with a large

    ety of uses.

    Vinylchlorides Polyolefins

    Fluorine content vs chemical resistance

    Source : Ausimont

    Section 2 - Available Thermoplastics

    PVCASTM

    D-1784

    CPVCASTM

    D-1784

    PPASTM

    D-4101

    PAS

    D-1

    Fluoropolymers

    PVDF

    ASTM

    D-3222

    ECTFE

    ASTM

    D-3275

    MFA

    ASTM

    D-6314

    FEP

    ASTM

    D-3368

    P

    AS

    D-3

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    Properties Standards Units PVDF PVDF Flex ECTFE FEP PFA

    Density DIN 53497 g/cm3 1.78 1.78 1.69 2.15 2.15

    Tensile stress at yield DIN 53455 N/mm2 50-55 31-38 31 9 11

    Tensile strength DIN 53455 N/mm2 30-50 28-41 42-48 21-28 24-30Elongation at break DIN 53455 % 20-60 300-400 200 240-350 300

    Tensile modulus DIN 53457 N/mm2 2400 800-1000 1700 350-500 280

    Flexural modulus ASTM D 790 N/mm2 2250 1000-1250 1700 650-670 620-670

    Flexural stress DIN 53452 N/mm2 74 44 18 18

    Hardness Store D DIN 53505 77-80 70 75 55 55

    Abasion resistance Taber DIN 53754 mm3/1000U 2.8-5.7 5 3.5

    Linear thermal expansion coefficient ASTM D 696 10-5 K-1 12.5-14 14 5 8 9 11 14

    Upper permanent service temperature limit C 150 120 160 205 260

    Under permanent service temperature limit C -40 -30 -76 -190 -190

    Vicat point B DIN 53460/B C 142-148 116 70 74

    Thermal conductivity DIN 52612 W/m K 0.19 0.16-0.18 0.14 0.25 0.19

    Specific heat capacity kJ/kg K 1.0-1.2 1.26-1.42 1.12Melting point DIN53736 C 172-178 155-160 240 275 305

    Oxygen Index ASTM D 2863 % 43.7 42-44 60 95 95

    Fire class UL 94 V-0 V-0 V-0 V-0 V-0

    Surface resistivity DIN 53482 0hm >1013 >1015 10 16 >10 18

    Volume resistivity DIN 53482 0hm cm 5 x 1014 2 x 1014 10 15 >10 16 >10 18

    Dielectric strength (Foil 0.1 mm) ASTM D 149 KV/mm 20-30 20-80 83 >80

    Dielectric constant (106 Hz) ASTM D 150 7.5 7-8.5 2.5 2.1 2.1

    Dielectric dissipation factor (106 Hz) ASTM D 150 0.15 0.01-0.03 0.003 0.0006 0.0001

    Compressive strength ASTM D 695 N/mm2 75 49 23.7 25.5

    Compressive modulus ASTM D 695 N/mm2 1300-2100

    Modulus in torsion DIN 53445 N/mm2 800-980

    Tensile impact strength DIN 53448 KJ/m2 300 550-700

    zod impact strength (natched) ASTM D 256 J/m 100-200 300-500 no break no break no break

    Friction coefficient (static) ASTM D 1894 0,2-0,4 0,2-0,4 0,22

    Friction coefficient (dynamic) ASTM D 1794 0,2-0,35 0,2-0,35 0,19 0,2-0,24 0,2-0,4

    Poisson's ratio (at 23C) 0,35

    (at 100C) 0,50

    Refractive index DIN 53491 1,42 1,41 1,35

    he following table illustrates general

    hysical properties of available thermo-

    astic liners.

    does not however take into considera-

    on the following property reduction fac-

    rs which must be considered in the de-

    gn of thermoplastic and Dual Laminate

    quipements :

    Aging factor

    Long term weld factor

    Chemical resistance factor

    Impact resistance factor

    Safety factor value

    For complete information on physical

    property reduction factors, contact AC

    Plastiques Canada Inc.

    Section 3 - Physical properties of thermoplastic liners

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    8

    MEMBERSHIPS

    list of organizations in which we are active participants, helping in the technological progress of composites fabrication, i

    rocedures, specifications, and environmental protection

    OUR PARTNERS

    short list of companies that supply us with the highest quality raw materials which we, in turn, transform and fabricate into th

    ery best in corrosion resistant products available today.

    OUR AGENTS

    o meet the increase in inquiries for dual

    minate and FRP products throughout

    e United States, AC Plastiques Canadanc. has joined forces with established US

    manufacturing agents that have the tech-

    ical knowledge required in promoting

    on-metallic corrosion-resistant materials

    nd products. To find out which of these

    epresentatives is nearest you, simply call

    s, or visit our website at :

    www.acplastiques.com

    CONTACT US, WE WILL MAKE THE DIFFERENCE

    1395, monte Chenier, Les Cdres, Qubec, J7T 1L9, Tel: (450) 455-3311, Fax: (450) 452-2037

    AC Plastiques Canada Inc.