11-06 CHEMICAL RESISTANCE TABLE Legend: + = Resistant. 0 = Conditionally resistant. - = Not resistant. CHEMICAL RESISTANCE Applies to all Ana-Quick Profi The listed chemicals have been tested with results noted below. It is recommended that samples of conduit should be tested under actual conditions wherever possible, since results may differ from test conditions. Concentration at Temp. Polyamide Polyamide Polyamide Thermoplastic Polypropylene % + °C Polyurethane Reagent PA 6 PA 66 PA 12 PU PP Acetaldehyde 40 20 o o + + Acetic acid 100 20 + Acetone 100 20 + + + - + Acrylic acid 100 > 30 - - - Allyl alcohol 96 20 o o + + Alum, hydrous dilute 40 + Aluminium chloride, hydrous dilute 40 + Aluminium sulphate, hydrous dilute 40 + Ammonia solution, hydrous saturated 20 20% + 20% + 20% + + Ammonium chloride, hydrous saturated 60 3% o + Ammonium nitrate, hydrous dilute 40 + Ammonium sulphate, hydrous dilute 40 + Aniline hydrochloride, hydrous saturated 20 + Aniline, pure 100 20 o o o + Benzaldehyde, hydrous saturated 20 pure o pure o pure o + Benzine 100 20 + + + o Benzoic acid, hydrous any 40 20% o 20% o + Benzole 100 20 + + + o Bleaching liquor 12,5 CI 20 - - o 3% - + Borax, hydrous dilute 40 + Boric acid, hydrous dilute 40 o o o 3% o + Bromine, liquid 100 20 - - - - Butanediol, hydrous to 10 20 pure + pure + + Butanol to 100 20 + Butylacetate 100 20 + + + o Calcium chloride, hydrous saturated 40 + + + + Carbon bisulphide 100 20 + + + + Carbon dioxide 100 60 + + + Carbon dioxide, dry 100 60 + Carbon tetrachloride 100 20 + + + - Caustic potash solution, hydrous 50 20 + + + + Caustic soda lye, hydrous 10 20 + + + 3% o + Chlorine any 20 - - - - Chrome alum, hydrous dilute 40 + Citric Acid to 10 40 20% + 20% + 20% + 3% o + Cooling liquids DIN 53521 120 o o Copper monochloride, hydrous saturated 20 + Copper sulphate, hydrous saturated 60 + Cresol, hydrous to 90 20 pure - pure - + Cyclohexanol - 20 + + + + Diesel fuel 85 + + + 20°C + 20°C + Drilling oil + + + Ethanoic acid 10 20 o o + 3% o + Ethyl alcohol, hydrous 10 20 40 Vol.%+ 40 Vol.%+ 40 Vol.%+ + Ethyl dichloride 100 20 o Ethyl ether 100 20 o The resistance of polymeric materials to chemicals is dependent on species, induction period, temperature, quantity and concentration of the media. As we are not able to control the user’s operating conditions, we cannot guarantee anything. Source Plastic Table, B. Carlowitz, Carl Hanser Verlag, and others.
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