12 C = CORROSION • LC = CORROSION LIMITÉE • NC = NON CORRODÉ AGENT CHIMIQUE Temp. 20°C ALDEHYDE, ACETIQUE ANHYDRIDE, ACETIQUE ACIDE ACETIQUE ACIDE ACETIQUE MONOCH. VINAIGRE ACETONE EAU DE MER EAU OXYGENÉE ACIDE ADIPIQUE ALCOOL ALLUMINIUM CHLORÉ ALLUMINIUM SULFATÉ AMYLE ACETATE AMYLIQUE ALCOOLÉ AMMONIAQUE (GAZ) AMMONIAQUE (LIQ.) AMMONIAQUE (SOLUT.) AMMONIUM CHLORÉ AMMONIUM FLUORÉ AMMONIUM NITRÉ AMMONIUM SULFATÉ ANILINE ANILINE ANILINE CHLORIDRIQUE ANTIMOINE CHLORÉ NITRATE D’ARGENT ACIDE D’ARSENIQUE BENZALDEHYDE BENZENE ESSENCE ESSENCE BENZENE ACIDE BENZOÏQUE BIERE BORAX ACIDE BORÌQUE ACIDE BROMIQUE ACIDE BROMHYDRIQUE BROME BUTADIENE BUTANE ACETATE DE BUTYLE BUTYL - PHENOL BUTILIQUE ACIDE BUTYRIQUE ACIDE BUTYRIQUE CHLORURE DE CALCIUM NITRATE DE CALCIUM ANHYDRIDE CARBONIQUE SULFURE DE CARBONE TETRACHLORURE DE CARB. CYCLO HEXANOL CYCLO HEXANONE ACIDE CITRIQUE ACIDE CHLORIDRIQUE CHLORE (EAU) CHLORE (GAZ) SEC ACIDE CHLOROSULFONIQUE ACIDE CRESYLIQUE CREOSOTE ACIDE CHROMIQUE ALDEHYDE CROTONIQUE DEXTRINE DICHLORO ETHENE ACIDE GLYCOLIQUE DIMETHYILAMINE HEXADECANOL ESSENCE DE TEREBENTINE ETHYLBENZENE ACETATE D’ETHYLE ETHYLACRYLATE ALCOOL ETHYLIQUE ETHER ETHYLIQUE PHENYLHYDRAZINE CHLORHYDRATE DE PHENYL. PHENOL CHLORURE FERRIQUE ACIDE FLUORHYDRIQUE FLUOR ACIDE FLUOROSALICYLIQUE FORMALDEHYDE FORMALDEHYDE ACIDE FORMIQUE PHOSPHINE ACIDE PHOSPHORIQUE TRICHLORURE DE PHOSPH. ALCOOL FURFURIQUE PHTALATE DE DIBUTYLE GLYCERINE 100 100 60 SOL. 100 30 SOL. SAT. 90 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. 20 SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 0,1 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. >30 SOL. SAT. 100 100 SOL. SAT. SOL. SAT. 1÷50 100 SOL. SAT. 100 18 30 100 100 100 95 100 100 97 90 SOL. SAT. 60 32 SOL. DIL. 40 1÷50 100 30 100 100 100 33 100 60 SOL. 100 30 - 96 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. - SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 100 100 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. 30 SOL. SAT. 100 100 SOL. SAT. 100 - 100 SOL. SAT. 100 18 30 100 100 100 95 100 SOL. SAT. 60 100 SOL. DIL. 40 1÷50 100 30 100 100 100 C C NC NC NC C NC NC NC LC NC NC C NC NC LC NC NC NC NC NC C C C NC NC NC C C NC C LC NC NC NC NC NC C NC NC C C NC NC C NC NC NC C C C C NC NC LC LC LC C - NC C NC C NC NC NC C C NC C C C C NC LC NC NC NC NC NC NC C C NC - C LC LC NC C LC NC LC C NC NC C LC NC C LC NC LC NC NC C C C NC LC - C C NC C C NC LC LC - LC C NC - C C LC LC C NC NC NC C C C C NC NC C C C C C LC C LC C LC - NC C C LC LC C C C NC C NC NC NC LC NC LC - C NC LC LC NC NC NC NC NC NC - NC NC NC C NC NC NC NC NC - NC NC NC NC - NC NC NC NC C C C NC NC NC NC NC - C NC NC C C NC NC C NC NC NC NC C LC LC NC LC C C C C LC - C - C NC NC C C C NC NC NC LC C NC NC LC NC NC LC C NC C C LC LC NC NC LC LC - NC NC NC C LC NC LC LC NC - NC NC LC LC - NC LC - - C C C LC NC LC LC - - C NC - C C LC LC C NC NC NC - C C C NC C C C C C C - C - C LC - C C C LC - NC C C NC NC C LC LC C LC NC Conc. % 100 100 60 SOL. 100 30 SOL. SAT. 90 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. 20 SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 0,1 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. >30 SOL. SAT. 100 100 SOL. SAT. SOL. SAT. 1÷50 100 SOL. SAT. 100 18 30 100 100 100 95 100 100 97 90 SOL. SAT. 60 32 SOL. DIL. 40 1÷50 100 30 100 100 100 Temp. 60°C NC NC NC C C C C C C PA66FV Temp. 20°C Conc. % Temp. 60°C PVC Temp. 20°C Conc. % Temp. 60°C PVC RESISTANCE CHIMIQUEDUPOLYAMIDE - PVC - PP
RkJQdWJsaXNoZXIy MTIzMjc4Nw==