Fortiflex® PE Chemical Resistance Chart*

A | B | C | D | E | F | G | H | I-L | M | N | O | P | R | S | T | U-W | X-Z

A

Reagent

70°

(21°C)

140°

(60°C)

Acetic acid (1-10%)

S

S

Acetic acid (10-60%)

S

O

Acetic acid (80-100%)

O

U

Acetone

S

S

Acrylic Emulsions

S

S

Aluminum chloride dilute

S

S

Aluminum chloride concentrated

S

S

Aluminum fluoride concentrated

S

S

Aluminum sulfate concentrated

S

S

Alums (all types) concentrated

S

S

Ammonia (100% dry gas)

S

S

Ammonium carbonate

S

S

Ammonium chloride saturated

S

S

Ammonium fluoride (20%)

S

S

Ammonium hydroxide

S

S

Ammonium metaphosphate saturated

S

S

Ammonium nitrate saturated

S

S

Ammonium persulfate saturated

S

S

Ammonium sulfate saturated

S

S

Ammonium sulfide saturated

S

S

Ammonium thiocyanate saturated

S

S

Amyl acetate (100%)

U

U

Amyl alcohol (100%)

S

S

Amyl chloride (100%)

U

U

Aniline (100%)

S

U

Antimony chloride

S

S

Aqua regia

O

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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B

Reagent

70°

(21°C)

140°

(60°C)

Barium carbonate saturated

S

S

Barium chloride saturated

S

S

Barium hydroxide

S

S

Barium sulfate saturated

S

S

Barium sulfide saturated

S

S

Beer

S

 

Benzene

U

U

Benzene sulfonic acid

S

S

Benzine

 

 

Bismuth carbonate saturated

S

S

Bleach lye (10%)

S

S

Black liquor

S

S

Borax cold saturated

S

S

Boric acid dilute

S

S

Boric acid concentrated

S

S

Bromic acid (10%)

S

S

Bromine liquid (100%)

U

U

Butanediol (10%)

S

S

Butanediol (60%)

S

S

Butanediol (100%)

S

S

Butyl acetate (100%)

O

O

Butyl alcohol (100%)

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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C

Reagent

70°

(21°C)

140°

(60°C)

Calcium bisulfide

S

S

Calcium carbonate saturated

S

S

Calcium chlorate saturated

S

S

Calcium chloride saturated

S

S

Calcium hydroxide

S

S

Calcium hypochlorite bleach solution

S

S

Calcium nitrate (50%)

S

S

Calcium sulfate

S

S

Carbon dioxide (100% dry)

S

S

Carbon dioxide (100% wet)

S

S

Carbon dioxide cold saturated

S

S

Carbon disulphide

U

U

Carbon monoxide

S

S

Carbon tetrachloride

U

U

Carbonic acid

S

S

Castor oil concentrated

S

S

Chlorine liquid

U

U

Chlorobenzene

U

U

Chloroform

U

U

Chlorosulfonic acid (100%)

U

U

Chrome alum saturated

S

S

Chromic acid (10-20%)

S

O

Chromic acid (50%)

S

O

Cider

S

S

Citric acid saturated

S

S

Coconut oil alcohols

S

S

Copper chloride saturated

S

S

Copper cyanide saturated

S

S

Copper fluoride (2%)

S

S

Copper nitrate saturated

S

S

Copper sulfate dilute

S

S

Copper sulfate saturated

S

S

Cottonseed oil

S

S

Cuprous chloride saturated

S

S

Cyclohexanone

U

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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D

Reagent

70°

(21°C)

140°

(60°C)

Detergents (synthetic)

S

S

Developers (photographic)

S

S

Dextrin saturated

S

S

Dextrose saturated

S

S

Disodium phosphate

S

S

Diethylene glycol

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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E

Reagent

70°

(21°C)

140°

(60°C)

Emulsions (photographic)

S

S

Ethyl acetate (100%)

O

O

Ethyl alcohol (100%)

S

S

Ethyl alcohol (35%)

S

S

Ethyl chloride

U

U

Ethylene glycol

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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F

Reagent

70°

(21°C)

140°

(60°C)

Ferric chloride saturated

S

S

Ferric nitrate saturated

S

S

Ferrous chloride saturated

S

S

Ferrous sulfate

S

S

Fluoboric acid

S

S

Fluorine

S

U

Fluosilicic acid (32%)

S

S

Fluosilicic acid concentrated

S

O

Formaldehyde (40%)

S

 

Formic acid (20%)

S

S

Formic acid (50%)

S

S

Formic acid (100%)

S

S

Fructose saturated

S

S

Fuel oil

O

U

Furfural (100%)

U

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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G

Reagent

70°

(21°C)

140°

(60°C)

Gallic acid saturated

S

S

Gasoline

U

U

Glucose

S

S

Glycerine

S

S

Glycol

S

S

Glycolic acid (30%)

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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H

Reagent

70°

(21°C)

140°

(60°C)

Hydrobromic acid (50%)

S

S

Hydrocyanic acid saturated

S

S

Hydrochloric acid (10%)

S

S

Hydrochloric acid (30%)

S

S

Hydrochloric acid (35%)

S

S

Hydrochloric acid concentrated

S

S

Hydrofluoric acid (40%)

S

S

Hydrofluoric acid (60%)

S

S

Hydrofluoric acid (75%)

S

O

Hydrogen (100%)

S

S

Hydrogen bromide (10%)

S

S

Hydrogen chloride dry gas

S

S

Hydrogen peroxide (30%)

S

O

Hydrogen peroxide (90%)

S

U

Hydroquinone

S

S

Hydrogen sulfide

S

S

Hypochlorous acid concentrated

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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I - L

Reagent

70°

(21°C)

140°

(60°C)

I

   
Inks

S

S

L

   
Lactic acid (10%)

S

S

Lactic acid (90%)

S

S

Lead acetate saturated

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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M

Reagent

70°

(21°C)

140°

(60°C)

Magnesium carbonate saturated

S

S

Magnesium chloride saturated

S

S

Magnesium hydroxide saturated

S

S

Magnesium nitrate saturated

S

S

Magnesium sulfate saturated

S

S

Mercuric chloride

S

S

Mercuric cyanide saturated

S

S

Mercurous nitrate saturated

S

S

Mercury

S

S

Methyl alcohol (100%)

S

S

Methyl ethyl ketone (100%)

U

U

Methyl bromide

O

 

Methylsulfuric acid

S

S

Methylene chloride (100%)

U

U

Mineral oils

O

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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N

Reagent

70°

(21°C)

140°

(60°C)

Nickel chloride saturated

S

S

Nickel nitrate concentrated

S

S

Nickel sulfate saturated

S

S

Nicotinic acid

S

S

Nitric acid (0-30%)

S

S

Nitric acid (30-50%)

S

O

Nitric acid (70%)

S

O

Nitric acid (95-98%)

U

U

Nitrobenzene (100%)

U

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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O

Reagent

70°

(21°C)

140°

(60°C)

Oleum concentrated

U

U

Oxalic acid dilute

S

S

Oxalic acid saturated

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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P

Reagent

70°

(21°C)

140°

(60°C)

Petroleum ether

U

U

Phosphoric acid (0-30%)

S

S

Phosphoric acid (30-90%)

S

S

Phosphoric acid (90%)

S

U

Photographic solutions

S

S

Pickling baths    
   Sulfuric acid

S

S

   Hydrocloric acid

S

S

   Sulfuric-nitric

S

 

Plating solutions    
   Brass

S

S

   Cadmium

S

S

   Chromium

U

U

   Copper

S

S

   Gold

S

S

   Indium

S

S

   Lead

S

S

   Nickel

S

S

   Rhodium

S

S

   Silver

S

S

   Tin

S

S

   Zinc

S

S

Potassium bicarbonate saturated

S

S

Potassium borate (1%)

S

S

Potassium bromate (10%)

S

S

Potassium bromide saturated

S

S

Potassium carbonate

S

S

Potassium chlorate saturated

S

S

Potassium chloride saturated

S

S

Potassium chromate (40%)

S

S

Potassium cyanide saturated

S

S

Potassium dichromate (40%)

S

S

Potassium ferri/ferro cyanide

S

S

Potassium flouride

S

S

Potassium hydroxide 20% concentrated

S

S

Potassium nitrate saturated

S

S

Potassium perborate saturated

S

S

Potassium perchlorate (10%)

S

S

Potassium permanganate (20%)

S

S

Potassium sulfate concentrated

S

S

Potassium sulfide concentrated

S

S

Potassium sulfite concentrated

S

S

Potassium persulfate saturated

S

S

Propargyl alcohol

S

S

Propyl alcohol

S

S

Propylene glycol

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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R

Reagent

70°

(21°C)

140°

(60°C)

Rayon coagulating bath

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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S

Reagent

70°

(21°C)

140°

(60°C)

Sea water

S

S

Shortening

S

S

Silicic acid

S

S

Silver nitrate solution

S

S

Soap solution concentrated

S

S

Sodium acetate saturated

S

S

Sodium benzoate (35%)

S

S

Sodium bicarbonate saturated

S

S

Sodium bisulfate saturated

S

S

Sodium bisulfite saturated

S

S

Sodium borate

S

S

Sodium bromide oil solution

S

S

Sodium carbonate concentrated

S

S

Sodium carbonate

S

S

Sodium chlorate saturated

S

S

Sodium chloride saturated

S

S

Sodium cyanide

S

S

Sodium dichromate saturated

S

S

Sodium ferricyanide saturated

S

S

Sodium ferrocyanide

S

S

Sodium fluoride saturated

S

S

Sodium hydroxide concentrated

S

S

Sodium hypochiorite

S

S

Sodium nitrate

S

S

Sodium sulfate

S

S

Sodium sulfide (25% to saturated)

S

S

Sodium sulfite saturated

S

S

Stannous chloride saturated

S

S

Stannic chloride saturated

S

S

Starch solution saturated

S

S

Stearic acid (100%)

S

S

Sulfuric acid (0-50%)

S

S

Sulfuric acid (70%)

S

O

Sulfuric acid (80%)

S

U

Sulfuric acid (96%)

O

U

Sulfuric acid (98% concentrated)

O

U

Sulfuric acid (fuming)

U

U

Sulfurous acid

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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T

Reagent

70°

(21°C)

140°

(60°C)

Tannic acid (10%)

S

S

Tartaric acid saturated

U

U

Tetralin

 

 

Tetrahydrofuran

O

O

Toluene

U

U

Transformer oil

O

U

Trichloroacetic acid (10%)

 

 

Trisodium phosphate saturated

S

S

Trichloroethylene

U

U

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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U-V-W

Reagent

70°

(21°C)

140°

(60°C)

Urea

S

S

Urine

S

S

     

V

   
Vinegar (commercial)

S

S

     

W

   
Wetting agents

S

S

Whiskey

S

 

Wines

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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X-Y-Z

Reagent

70°

(21°C)

140°

(60°C)

Xylene

U

U

     

Y

   
Yeast

S

S

     

Z

   
Zinc chloride saturated

S

S

Zinc sulfate saturated

S

S

Legend: S = Satisfactory 0 = Some attack U = Unsatisfactory

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*Note:

The preceding information concerns general chemical resistance only. Since other factors such as permeation, ESCR and container design are involved, full compatibility testing is recommended.

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