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Handtmann Elteka Technical Plastics

® Lauramid PA 12C CASTING Resistance to chemicals

Standard Standard Chemicals Concentration Chemicals Concentration types types in % 20 °C 60 °C in % 20 °C 60 °C Acéton1) 100   (cf. also hydrochloric acid) low – Ether (s. Diethylether) Chromium salts (2 and 3), w. k.g.   Ethyl acetate (s. Ethanoic acid ethyl ) Chromiumtrioxide, w. k.g. – – Ethyl alcohol, undenatured 100   (Chromic acid) 20 – – Ethyl alcohol, w., undenatured 96   Cyclohexane 100   50   Cyclohexanol 100   10   Cyclohexanone 100  Ethyl hexanol 100 2- Ethylene chloride 100  Dekahydronaphtalin 100  Alums, all types, w. jd.   Diethylether 2) 100  Aluminium salts, w. jd.   Dibutylphthalate (s. plasticiser) Acide formique 98  – Dimenthylformamide 100   90  – 1,4-Dioxane 100  50  – 10   Iron salts, w. k.g.   , fuming 100   Acetic acid (glacial) 100 – – Ammonia, w. conc.   Acetic acid, w. 50 – – 10   (cf. also vinegar) 10   Ammonium acetate, w. jd.   Acetic acid anhydride 100   Ammonium carbonate, w. jd.   Acetic acid ethyl ester (ethylacetate, acetic ester) 100   Ammonium chloride, w. jd.   acetic acid butylester (butylacetate) 100   Ammonium nitrate, w. jd.   Ammonium phosphate, w. jd.   Hydrofuoric acid 40  – Ammonium sulphate, w. jd.   Formaldehyde, w. 40  – Amylalcohol, pure (fermentation alcohol)   30  – Anilin 100  10  

Baryum salts jd.   Glycerine 100   Benzaldehyde 100 – – Glycerine, w. 100   Benzaldehyde. w. k.g. (0,3) high   Petrol, see fuel low   100   Glycol 100   Benzoic acid, w. k.g.  Glycol, w. high   Benzol 100   low   Ethane dicarbolic acid, w. k.g.  Boric acid 100   Urea, w. k.g.   Boric acid, w. k.g. (4,9)  Heptane 100   Liquid 100 – Hexane 100   Bromine gas high – – Bromine solution k.g. – – Isooctane 100   Butane liquid 100  Isoprophylalcohol 100   Butane gas 100   Butylacetate (see acetic acid butylester) Potassium hydroxide, w. 50   n-Butylalcohol (n-Butanol)   25   10   Calciumchloride, w.   Potassium carbonate, w. (Potash) k.g.   Calciumnitrate, w. k.g.  Potassium chlorate, w. k.g. (7,3)  , liquid 100 – Potassium chloride, w. k.g.   Chlorine, fuming, humid 100 – – Potassium dichromate, w. k.g. (12) – Chlorine, fuming, dry 100 – – Potassium iodide, w. k.g.   Chlorbenzol 100 – Potassium nitrate, w. k.g.   Chloroform 100 – Potassium permanganate, w. k.g. (6,4)  – Chlorosulfuric acid 100 – – Potassium sulphate, w. k.g.   Chlorine solution – – Cresol 100 – – Chlorine hydroxide, fuming high – – Cresol, w. k.g. (0,25) – Handtmann Elteka Technical Plastics

® Lauramid PA 12C CASTING Resistance to chemicals

Standard Standard Chemicals Concentration Chemicals Concentration types types in % 20 °C 60 °C in % 20 °C 60 °C Copper salts, w. k.g.   Nitric acid 10 – – Hydrochloric acid conc. – – Magnesium salts, w. k.g.   10 – – Methylalcohol (methanol) 100   Sulphur 100   Methylalcohol, w. 50   Sulphur dioxid low   Methylenchloride 3) 100  Sulphur carbonate 100  Lactic acid, w. 90 – – Sulphuric acid 96 – – 50  – 50 – – 10   25  – Mineral oils (see technical consumer goods and drugs) 10  Sulphur hydroxide low   Naphthalin 100  Silver salts, w. k.g.   Sodium carbonate, w. (bicarbonate of soda) k.g.   Steric acid 100  – Sodium bisulphate, w. k.g.  Sodium carbonate, w. (Soda) k.g.   Carbon tetrachloride 100   Sodium chlorate, w. 25  Tetra hydrofuran 100   Sodium chloride, w. (cooking salt) k.g.   Tetrahydronaphthaline 100  Sodium chloride, w. 5  Tiophen 100  Sodium hydroxide (caustic soda) 100   Toluol 100  Sodium hypochlorite, w. 5   Trichloro ethylene 100   Sodium nitrate, w. k.g.   Sodium nitrite, w. k.g.  Water 100   Sodium perborate, w. k.g.  Hydrogen peroxide, w. 30  Sodium phosphate, w. k.g.   10  Sodium sulphate, w. (Glauber salt) k.g.   3  Sodium sulphide, w. k.g.   Tartaric acid, w. k.g.  Sodium sulphite, w. k.g.   Sodium thiosulphate, w. (hypo) k.g.   Xylol 100  Sodium carbonate solution, w. 50   25   Zinc salts, w. k.g.   10   Stannic chloride k.g.   Nickel salts, w. k.g.   Citric acid, w. k.g.  Nitrobenzol 100  Key to symbols Oleic acid 100  – Resistance: Concentration: Octane (s. Isooctane) stable  w. = white solution Oxalic acid w. k.g.   practically stable  k.g. = saturated coldly Ozone (<0.5ppm)  limited stability jd. = each little stability  Phenol – – labile − (aqueous phase) k.g. (ca. 9) – – (phenolic phase) k.g. (ca. 70) – – Footnotes: Phosphorus pentoxide 100  – 1) kp 56°C Phosphoric acid k.g. (85) – – 2) kp 35°C 50  – 3) kp 42°C 10  4) kp 46°C Propane, liquid 100  5) resistance dependent on conditions Propane, gaseous 10   6) Note permeability to odours Pyridine 100  0715_GB Mercury 100   Albert Handtmann Elteka GmbH & Co. KG Tel.: +49 7351 342-720 Mercury salts w. k.g.   Hubertus-Liebrecht-Str. 21 Fax: +49 7351 342-7230 88400 Biberach [email protected] Nitric acid 50 – – Germany www.handtmann.de/kunststofftechnik 25 – –