CHEMICAL COMPATIBILITY TABLE WITH POLYURETHANE

Which products are compatible and offer chemical resistance with Polyurethane?

Polyurethane (PUR or PU) is a polymer composed of organic units joined by carbamate or urethane bonds.

Note that polyurethane is not a uniform class of material. Chemical resistances listed below should always be verified against manufacturing data.

Liquid Classification
Acetic acid 20 – 80 10% conditionally resistant
Acetone not resistant
10% aluminum chloride very resistant
Aluminum salts resistant
10% ammonia resistant
ammonium carbonate not resistant
Ammonium chloride very resistant
Aniline not resistant
ASTM-Fuel No. I resistant
ASTM-Fuel No. II conditionally resistant
ASTM-Fuel No. III conditionally resistant
ASTM-Oil I resistant
ASTM-Oil II resistant
ASTM-Oil III resistant
barium salts resistant
Benzene not resistant
potassium bichromate very resistant
ATE brake fluid not resistant
Butanol not resistant
Acetate of butilo not resistant
Calcium Chloride 40% very resistant
carbon disulfide not resistant
100% carbon tetrachloride not resistant
Clorobenzeno not resistant
Chloroform not resistant
Chloroprene not resistant
chromic acid not resistant
oil cut conditionally resistant
Cyclohexane conditionally resistant
Cyclohexanone not resistant
Diesel oil very resistant
diethyl ether resistant
Dietilprestone resistant
Dimethylformamide not resistant
Ethanol conditionally resistant
100% ethyl alcohol conditionally resistant
Ethyl ether conditionally resistant
Ethyl acetate not resistant
ethylene chloride very resistant
Formaldehyde resistant
Formic acid 30% not resistant
R-12 diclorodifluorometano conditionally resistant
R-22 clorodifluorometano conditionally resistant
Gasoline resistant
Glycerin resistant
Glycol resistant
SAE 90 hydraulic oil conditionally resistant
Hydrochloric acid not resistant
Isopropanol not resistant
Jet fuel resistant
Kerosene resistant
Kerosene resistant
10% lactic acid not resistant
30% magnesium chloride very resistant
Methanol < 5% conditionally resistant
Methyl ethyl ketone conditionally resistant
Mineral oil conditionally resistant
Motor oil not resistant
Mytila ​​acetate not resistant
Chloret of Mytila not resistant
Mitilglicol not resistant
Mythylglycolacetate not resistant
Nitric acid 30% not resistant
Olive oil resistant
Ozone resistant
Paraffin oil resistant
ethylene perchloride not resistant
Petroleum very resistant
Petroleum ether resistant
phosphoric acid 50% not resistant
10% potassium lye resistant
Potassium nitrate very resistant
Potassium permanganate not resistant
Sea water resistant
20% silver salts resistant
Soda soda 10% resistant
10% sodium chloride very resistant
Sulfuric acid 30% short-term resistant
Tartaric acid < 10% resistant
Tetrahidrofurano not resistant
Toluene not resistant
Tracloroetileno not resistant
Tricloroetileno not resistant
vegetable fats resistant
vegetable oils resistant
Xylon not resistant

CAUTION: Variations in chemical behavior during handling due to factors such as temperature, pressure and concentrations can cause equipment to fail, even if it has passed the initial test.

NOTES: THE INFORMATION IN THIS TABLE HAS BEEN PROVIDED BY REPUTABLE SOURCES AND SHOULD BE USED ONLY AS A GUIDE IN SELECTING EQUIPMENT FOR CHEMICAL COMPATIBILITY. ALWAYS TEST YOUR EQUIPMENT UNDER THE SPECIFIC CONDITIONS OF YOUR APPLICATION BEFORE PERMANENT INSTALLATION.
THE CHEMICAL BEHAVIOR RATINGS LISTED IN THIS TABLE APPLY TO A 48-HOUR EXPOSURE PERIOD. WE HAVE NO KNOWLEDGE OF THE POSSIBLE EFFECTS BEYOND THAT PERIOD. WE DO NOT WARRANT (EITHER EXPRESS OR IMPLIED) THAT THE INFORMATION IN THIS TABLE IS ACCURATE OR COMPLETE OR THAT ANY MATERIAL IS FITNESS FOR ANY PURPOSE.

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