13 C = CORROSION • LC = CORROSION LIMITÉE • NC = NON CORRODÉ AGENT CHIMIQUE Temp. 20°C ETHYLENE GLYCOL ACIDE ETHYLIQUE GLUCOSE HYDROGENE SATURÉ HYDROGENE SULFURE SAT. HYPOCHLORITE DE SODIUM ISOOCTANE LAIT ACIDE LACTIQUE ACIDE LACTIQUE LEVURE MAGNESIUM CHLORÉ MAGNESIUM SULFURÉ ACIDE MALEIQUE MELASSE METHYL METHACRYLATE CHLORURE DE METHYLENE METHYLETHYLCETONE ALCOOL METHYLIQUE HEPTANE NICKEL SULFURÉ ACIDE NICOTINIQUE ACIDE NITRIQUE ACIDE NITRIQUE ACIDE OLEIQUE OLEUM HUILS ET GRAISSES HUILE DE PARAFFINE ACIDE OXALIQUE ACIDE OXALIQUE OXYCHLORURE DE PHOSPH. OXYGENE OZONE ACIDE PERCHLORIQUE ACIDE PERCHLORIQUE PERCHLORO-ETHYLENE PETROLE BRUT ACIDE PICRIQUE ACETATE DE PLOMB TETRAETHYL DE PLOMB PYRIDINE BI-CHLORATE DE POTASSIUM BROMURE DE POTASSIUM CYANURE DE POTASSIUM CHLORURE DE POTASSIUM CHROMÉ DE POTASSIUM FERRICYANURE DE POTASSIUM HYDROXYDE DE POTASSIUM NITRATE DE POTASSIUM PERMANGANATE DE POTASS. PERSULFATE DE POTASSIUM PROPANE (LIQUIDE) ACIDE PROPIONIQUE CHLORURE DE CUIVRE FLUORURE DE CUIVRE SAVON BENZOATE DE SODIUM BISULFATE DE SODIUM CHLORATE DE SODIUM CHLORURE DE SODIUM FERRICYANURE DE SODIUM HYDROXYDE DE SODIUM YPOCHLORATE DE SODIUM SULFATE DE SODIUM ACIDE SULFURIQUE ACIDE SULFURIQUE ACIDE CHLORYDRIQUE ANHYDRIDE SULFUREUX ANHYDRIDE SULFUREUX ACIDE SULFUREUX CHLORURE D’ETAIN LIQUIDE PHOTOGRAPHIQUE ACIDE TANNIQUE ACIDE TARTRIQUE THÌOFENE CHLORE THIONÌQUE TOLLENE TRICHLORETHYLENE PHOSPHATE DE TRITOLYLE TRIMETHYLOLPROPANE UREE URINE VASELINE ACETATE DE VINYLE VIN XYLENE CHLORURE DE ZINC SUCRE CONC. LAV. 30 SOL. SAT. 100 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 SOL. SAT. CONC. LAV. <46 46÷98 100 10% di SO3 SOL. DIL. SOL. SAT. 100 100 10 70 SOL. SAT. SOL. SAT. 100 100 40 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 SOL. SAT. 2 SOL. 35 SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 <10 10 100 100 SOL. SAT. SOL. SAT. CONC. LAV. 30 SOL. SAT. 100 100 25 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 100 100 SOL. SAT. CONC. LAV. <25 50 100 10% di SO3 100 25 SOL. SAT. 100 SOL. SAT. 100 100 100 100 sol. 20 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 50 SOL. SAT. 2 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 100 100 100 10 100 100 NC NC NC NC NC NC NC NC NC NC NC NC NC C C NC NC. NC NC C NC C NC NC NC NC C NC LC NC NC NC C NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC LC LC NC NC NC NC NC NC C C NC NC NC C NC C NC NC NC NC LC NC NC NC NC LC NC LC NC LC LC C C LC NC. NC LC C NC C NC LC NC NC C LC C NC NC - - NC NC NC NC NC NC NC NC NC NC LC - NC NC NC LC NC NC NC NC NC LC LC LC C C NC NC NC NC NC NC C C LC LC LC C NC C NC NC NC NC NC NC NC LC LC NC NC LC NC NC NC NC C C LC NC LC NC NC LC C LC C LC NC LC LC LC C LC NC C NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC LC C C NC NC NC NC NC NC NC LC C C C LC NC LC LC NC C NC NC LC NC NC C C NC LC LC LC NC LC LC C C C LC C NC NC C C LC C LC LC LC LC LC C C - C NC NC NC NC NC NC NC NC LC NC LC - NC NC NC NC NC NC NC NC NC LC LC LC C C LC NC NC NC NC NC NC LC C C C LC LC LC C NC C Conc. % CONC. LAV. 30 SOL. SAT. 100 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 SOL. SAT. CONC. LAV. <46 46÷98 100 10% di SO3 SOL. DIL. SOL. SAT. 100 100 10 70 SOL. SAT. SOL. SAT. 100 100 40 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 SOL. SAT. 2 SOL. 35 SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 <10 10 100 100 SOL. SAT. SOL. SAT. LC LC LC Temp. 60°C C C NC NC C C NC NC NC C C PA66FV Temp. 20°C Conc. % Temp. 60°C PVC Temp. 20°C Conc. % Temp. 60°C PVC RESISTANCE CHIMIQUEDUPOLYAMIDE - PVC - PP
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