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Polyethylene Tubing

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Ref.
Size
O.D.
Nom.
in.
I.D.
Nom.
in.
O.D.
Tol.
in.
I.D.
Tol.
in.
Wall
Thkns.
Nom.
in.
Min.
Bend
Radius++
in.
Min. Burst***
Pressure
PSI @ 75°
PE-02 1/8 .080 +/- .004 +/- .004 .023 .39 500
PE-02.5 5/32 .106 +/- .004 +/- .004 .025 .47 500
PE-03 3/16 .118 +/- .004 +/- .004 .035 .59 500
PE-04 1/4 .170 +/- .004 +/- .004 .040 .98 500
PE-05 5/16 .188 +/- .004 +/- .004 .062 1.25 500
PE-06 3/8 .250 +/- .004 +/- .004 .062 1.5 500
PE-08 1/2 .375 +/- .004 +/- .004 .062 2.5 400
PE-10 5/8 .500 +/- .006 +/- .006 .062 4 300
PE-12 3/4 .590 +/- .006 +/- .006 .08 5 250
Ref.
Size
O.D.
Nom.
mm.
I.D.
Nom.
mm.
O.D.
Tol.
mm.
I.D.
Tol.
mm.
Wall
Thkns.
Nom.
mm.
Min.
Bend
Radius++
mm.
Min. Burst***
Pressure
PSI @ 75°
PE-04MM 4 2.5 +.05 -.1 +/- .1 .75 12 35/500
PE-06MM 6 4 +.05 -.1 +/- .1 1 36 35/500
PE-08MM 8 6 +.05 -.1 +/- .1 1 48 24/350
PE-10MM 10 8 +.05 -.1 +/- .1 1 60 17/250
PE-12MM 12 10 +.05 -.1 +/- .1 1 140 14/200

++ Specified minimum bend radius is for minimal tube flattening.
*** The safety factor adopted set the minimum bursting pressure at four times the working pressure. Always remember that the bursting and working pressure data listed are determined at 75°F (24°C).

Economic Low Density For Lower Temperature and Pressure

  • Vermin & Fungus proof
  • Low Cost
  • Dimensional stability
  • Broad range of corrosion resistance and chemical compatibility


  • APPLICATIONS:
  • Instrumentations
  • Corrosive atmosphere environments
  • Food processing (natural color only)


  • Temperature Range: -100 to 175°F
    HARDNESS: 46 SHORE D (ASTM D 785)

    POLYETHYLENE TUBING CHEMICAL COMPATIBILITY CHART
    The information given in this chart should be used as a guide only. Our laboratory
    testing does not take into consideration possible variations of conditions during
    effective service. Please refer to the raw material manufacturer website for more information.
    Acetate Solvents Limited Diesel Fuel Excellant Moisture Excellant
    Acetic Acid (10%) Excellant Ethanol Limited Naphtha Excellant
    Acetone Limited Ether Unsuitable Natural Gas Excellant
    Acetylene Excellant Ethyl Alcohol Excellant Nickel Chloride Excellant
    Alum Excellant Ethyl Acetate Limited Nitric Acid Unsuitable
    Aluminum Chloride Excellant Ethyl Chloride Unsuitable Nitrogen Excellant
    Ammonia Gas Unsuitable Formaldehyde Excellant Oleic Acid Excellant
    Ammonia Liquid Unsuitable Formic Acid Limited Oxygen Limited
    Ammonium Chloride Excellant Freon 12-22-502 Excellant Ozone (cold) Limited
    Ammonium Nitrate Excellant Gas Oil Excellant Paints Excellant
    Amyl Acetate Limited Gasoline Excellant Petroleum (raw) Excellant
    Barium Chloride Excellant Glucose Excellant Phenol Unsuitable
    Benzene Chloride Unsuitable Glycerin Excellant Potassium Chloride Excellant
    Benzine (Benzoyl) Limited Glycol Excellant Potassium Cyanide Excellant
    Borax Excellant Hydraulic Oil Excellant Propane Excellant
    Boric Acid Limited Hydrogen Excellant Sodium Bisulphate Excellant
    Butane Excellant Iron Chlorine Excellant Sodium Chloride Excellant
    Butilic Alcohol Limited Kerosene Excellant Sodium Nitrate Excellant
    Butyl Acetate Excellant Lactid Acid Excellant Sulphides Excellant
    Calcium Hydroxide Excellant LPG (liquid gas) Excellant Sulphuric Chloride Excellant
    Carbonic Acid Excellant Lubricating Oils Excellant Sulphuric Hydrogen Excellant
    Carbonic Dioxide Excellant Magnesium Chloride Excellant Toluene (Toluol) Limited
    Carbonic Oxide Excellant Mercuric Chloride Excellant Trichlorethylene Unsuitable
    Chloro Gas Unsuitable Mercury Excellant Xilene Excellant
    Chromic Acid Unsuitable Methylic Excellant Zinc Chloride Limited
    Citric Acid Excellant Mineral Oil Excellant    
    Cyanide Excellant        
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