Which chemicals are compatible with polypropylene?
> O polipropileno oferece boa resistência a ácidos e bases não oxidantes, gorduras e à maioria dos solventes orgânicos.
> A temperatura elevada, o polipropileno pode ser dissolvido em solventes como xileno, tetralina e decalin.
> O ponto de fusão do polipropileno é de 160 ° C / 320 ° F).
> Limiar de baixa temperatura: o polipropileno se torna quebradiço abaixo de 0 ° C.
> NÃO é compatível com oxidantes fortes.
| Chemical | Compatibility |
| Acetaldehyde | A 1 – Excellent |
| Acetamida | A 1 – Excellent |
| Acetate solvent | B 1 -Bom |
| Acetic acid | B-Bom |
| Acetic acid 20% | The exceeding |
| 80% acetic acid | The exceeding |
| Glacial acetic acid | A 1 – Excellent |
| Acetic anhydride | B 1 -Bom |
| Acetone | The exceeding |
| Acetyl bromide | N / D |
| Acetyl chloride (dry) | D-Grave effect |
| Acetylene | A 1 – Excellent |
| Acrilonitrila | A 1 – Excellent |
| Adipic acid | B 2 -Bom |
| Alcohols: Amil | B 1 -Bom |
| Alcohols: Benzilo | The exceeding |
| Butyl alcohols | The exceeding |
| Alcohols: Diacetone | B 2 -Bom |
| Alcohols: Etilo | The exceeding |
| Alcohols: hexil | N / D |
| Alcohols: Isobutil | A 1 – Excellent |
| Alcohols: isopropil | A 2 – Excellent |
| Alcohols: methyl | A 2 – Excellent |
| Alcohols: octyl | N / D |
| Alcohols: Propil | The exceeding |
| Aluminum chloride | The exceeding |
| Aluminum chloride 20% | The exceeding |
| Aluminum fluoride | The exceeding |
| Aluminum hydroxide | The exceeding |
| Aluminum nitrate | A 2 – Excellent |
| Potassium sulfate and 10% aluminum | The exceeding |
| Aluminum sulfate and 100% potassium | The exceeding |
| Aluminum sulfate | The exceeding |
| Alums | The exceeding |
| Amines | B 2 -Bom |
| Ammonia 10% | A 2 – Excellent |
| Ammonia nitrate | The exceeding |
| Anhydra ammonia | The exceeding |
| Liquid ammonia | A 2 – Excellent |
| Ammonium acetate | The exceeding |
| Ammonium bifluoride | The exceeding |
| Ammonium carbonate | The exceeding |
| Ammonium | N / D |
| Ammonium chloride | The exceeding |
| Ammonium hydroxide | The exceeding |
| Ammonium nitrate | The exceeding |
| Ammonium oxalate | The exceeding |
| Ammonium persulfate | The exceeding |
| Dibasic ammonium phosphate | The exceeding |
| Monobasic ammonium phosphate | The exceeding |
| Tribasic ammonium phosphate | The exceeding |
| Ammonia sulfate | The exceeding |
| Ammonium sulfite | A 2 – Excellent |
| Ammonium thiosulfate | N / D |
| Amilo acetate | B 1 -Bom |
| Amilic alcohol | B 1 -Bom |
| Amila chloride | D-Grave effect |
| Aniline | A 1 – Excellent |
| Aniline hydrochloride | D-Grave effect |
| Antifreeze | D-Grave effect |
| Antimony trichloride | The exceeding |
| Aqua Regia (80% HCl, 20% HNO3) | B 1 -Bom |
| Arochlor 1248 | D-Grave effect |
| Aromatic hydrocarbons | D-Grave effect |
| Arsenic acid | The exceeding |
| Arsenic salts | N / D |
| Asphalt | B 1 -Bom |
| Barium carbonate | The exceeding |
| Barium chloride | The exceeding |
| Barium cyanide | D-Grave effect |
| Barium hydroxide | B-Bom |
| Nitrate from Barium | The exceeding |
| Barium sulfate | B 1 -Bom |
| Sulfide de Barium | B-Bom |
| Beer | A 1 – Excellent |
| Beetroot sugar liquids | A 1 – Excellent |
| Benzaldeido | D-Grave effect |
| Benzene | D-Grave effect |
| Benzene sulphonic acid | D-Grave effect |
| Benzoic acid | B 1 -Bom |
| Benzene | B-Bom |
| Benzonitrilo | N / D |
| Benzile chloride | C 1 -Weak |
| Whitening liqueurs | A 1 – Excellent |
| Borax (sodium borato) | B-Bom |
| Boric acid | The exceeding |
| SLOP Brewery | N / D |
| Bromo | D-Grave effect |
| Butadiene | C-FACO |
| Butane | A 1 – Excellent |
| Butanol (butyl alcohol) | A 1 – Excellent |
| butter | N / D |
| Curd milk serum | A 1 – Excellent |
| Butyl amina | B 1 -Bom |
| Ether butilico | D-Grave effect |
| Butyl phthalate | B 2 -Bom |
| Butyl acetate | B 1 -Bom |
| Butileno | N / D |
| Butyric acid | B 1 -Bom |
| Bisulfate | N / D |
| Calcium bisulfide | The exceeding |
| Bisulfito de Calio | The exceeding |
| Calcium carbonate | The exceeding |
| Calcium chlorate | N / D |
| Calcium chloride | A 2 – Excellent |
| Calcium hydroxide | A 2 – Excellent |
| Calcium hypochlorite | A 1 – Excellent |
| Calcium nitrate | A 2 – Excellent |
| Calcium oxide | The exceeding |
| Calcium sulfate | The exceeding |
| Calgon | The exceeding |
| Sugarcane | C 1 -Weak |
| Carbolic acid (phenol) | B-Bom |
| Carbon bisulfide | D-Grave effect |
| Carbon dioxide (dry) | A 2 – Excellent |
| Carbon dioxide (damp) | A 2 – Excellent |
| Carbon disulfide | D-Grave effect |
| Carbon monoxide | The exceeding |
| Carbon tetrachloride | D-Grave effect |
| Carbon tetrachloride (dry) | D-Grave effect |
| Carbon tetrachloride (wet) | D-Grave effect |
| Water with gas | B-Bom |
| Carbonic acid | The exceeding |
| Ketchup | The exceeding |
| Chloric acid | N / D |
| Chlorinated glue | N / D |
| Chlorine (dry) | D-Grave effect |
| Chlorine water | D-Grave effect |
| Anhydrous liquid chlorine | D-Grave effect |
| Chloroacetic acid | C 1 -Weak |
| Clorobenzeno (Mono) | C 1 -Weak |
| Clorobromometano | The exceeding |
| Chloroform | C 1 -Weak |
| Chlorosulphonic acid | D-Grave effect |
| Chocolate syrup | A 2 – Excellent |
| 10% critical acid | D-Grave effect |
| 30% crymic acid | D-Grave effect |
| 5% crymic acid | D-Grave effect |
| 50% crymic acid | D-Grave effect |
| Chrome salts | N / D |
| Cheats | The exceeding |
| Citric acid | The exceeding |
| Citrus oils | The exceeding |
| Chlorox (bleach) | The exceeding |
| Café | The exceeding |
| Copper chloride | The exceeding |
| Copper cyanide | The exceeding |
| Copper fluborate | N / D |
| Copper nitrate | The exceeding |
| Sulfato de cobre> 5% | The exceeding |
| 5% copper sulfate | The exceeding |
| Creme | The exceeding |
| Cresols | D-Grave effect |
| Cresilic acid | A 1 – Excellent |
| Cupric acid | A 2 – Excellent |
| Cyanic acid | N / D |
| Ciclohexano | D-Grave effect |
| Ciclohexanona | D-Grave effect |
| Detergents | The exceeding |
| Diacetone alcohol | A 1 – Excellent |
| Diclorobenzeno | C 1 -Weak |
| Dicloroetano | D-Grave effect |
| Diesel fuel | A 1 – Excellent |
| Dietary ether | A 1 – Excellent |
| Detylamine | A 1 – Excellent |
| Dietilenoglicol | A 2 – Excellent |
| Dimethyl aniline | D-Grave effect |
| In the diameltormemam | The exceeding |
| Difenil | D-Grave effect |
| Diphenyl oxide | D-Grave effect |
| Dye | N / D |
| Epsom salts (magnesium sulfate) | The exceeding |
| ETANO | D-Grave effect |
| Ethanol | The exceeding |
| Ethanolamine | D-Grave effect |
| Ether | D-Grave effect |
| Ethyl acetate | A 1 – Excellent |
| Ethyl benzoate | B 1 -Bom |
| Ethyl chloride | D-Grave effect |
| Ethyl ether | D-Grave effect |
| Ethyl sulfate | N / D |
| Ethylene bromide | D-Grave effect |
| Ethylene chloride | C 1 -Weak |
| Ethylene chlorohydrin | D-Grave effect |
| Ethylene diamine | N / D |
| Dicloreto of etileno | D-Grave effect |
| Etilenoglicol | The exceeding |
| Ethylene oxide | D-Grave effect |
| Fatty acids | The exceeding |
| Ferric chloride | The exceeding |
| Ferric nitrate | The exceeding |
| Ferric sulfate | The exceeding |
| Ferrous chloride | The exceeding |
| Ferrous sulfate | The exceeding |
| Fluoboric acid | The exceeding |
| Fluorine | D-Grave effect |
| Flosilic acid | The exceeding |
| 100% formaldehyde | C-FACO |
| 40% formaldehyde | The exceeding |
| Formic acid | A 1 – Excellent |
| Freon 113 | D-Grave effect |
| Freon 12 | A 2 – Excellent |
| Freon 22 | B-Bom |
| Freon TF | D-Grave effect |
| Friend 11 | The exceeding |
| Fruit juice | B-Bom |
| Fuel oils | The exceeding |
| Resin furan | D-Grave effect |
| Furfural | D-Grave effect |
| Gallic acid | The exceeding |
| Gasoline (highly aromatic) | The exceeding |
| Gasoline with lead, ref. | B-Bom |
| Gasoline without lead | C 1 -Weak |
| Jelly | The exceeding |
| Glucose | The exceeding |
| Glue, PVA | N / D |
| Glycerin | The exceeding |
| Glycolic acid | The exceeding |
| Gold | N / D |
| Grape juice | N / D |
| Fat | N / D |
| Heptano | C2-FACO |
| Hexano | B 1 -Bom |
| Mel | The exceeding |
| Hydraulic Oil (Petro) | D-Grave effect |
| Hydraulic Oil (Synthetic) | D-Grave effect |
| To go to | C-FACO |
| 100% bromidric acid | C 1 -Weak |
| 20% bromidric acid | A 2 – Excellent |
| 100% hydrochloric acid | C-FACO |
| Hydrochloric acid 20% | B 2 -Bom |
| Hydrochloric acid 37% | C-FACO |
| Hydrochloric acid, dry gas | B-Bom |
| Hydrocynic acid | The exceeding |
| Hydrocinic acid (10%gas) | The exceeding |
| 100% fluoridric acid | C 1 -Weak |
| 20% fluoridric acid | A 2 – Excellent |
| 50% fluoridric acid | A 2 – Excellent |
| 75% fluoridric acid | C 1 -Weak |
| Hydrofluosilic Acid 100% | The exceeding |
| Hydrofluosilic acid 20% | The exceeding |
| Hydrogen gas | The exceeding |
| 10% hydrogen peroxide | The exceeding |
| 100% hydrogen peroxide | B 1 -Bom |
| 30% hydrogen peroxide | B 1 -Bom |
| Hydrogen peroxide 50% | B 1 -Bom |
| Hydrogen Sulfide (AQUA) | A 1 – Excellent |
| Hydrogen sulfide (dry) | A 1 – Excellent |
| Hydroquinone | The exceeding |
| 70% hydroxyacetic acid | N / D |
| Ink | N / D |
| Iodine | C-FACO |
| Iodine (in alcohol) | N / D |
| Iodofórmio | N / D |
| Isooctano | A 2 – Excellent |
| Acetato de isopropilo | B 1 -Bom |
| Isopropyl ether | B-Bom |
| Isotane | D-Grave effect |
| Jet Fuel (JP3, JP4, JP5) | A 1 – Excellent |
| Kerosene | B-Bom |
| Ketones | C-FACO |
| Lacquer diluents | D-Grave effect |
| sanctuary | D-Grave effect |
| Lactic acid | B-Bom |
| Lard | B 1 -Bom |
| Latex | A 2 – Excellent |
| Lead acetate | A 1 – Excellent |
| Lead nitrate | A 2 – Excellent |
| Lead sulfamate | A 2 – Excellent |
| Ligroína | A 2 – Excellent |
| Lima | N / D |
| Linoleic acid | B 1 -Bom |
| Lithium chloride | A 2 – Excellent |
| Lithium hydroxide | N / D |
| Lubricants | A 1 – Excellent |
| Lixia: Calcium Hydroxide CA (OH) 2 | A 2 – Excellent |
| Lixia: Koh potassium hydroxide | The exceeding |
| Lixivia: NaOH Sodium Hydroxide | The exceeding |
| Bisulfato de Magnesium | A 2 – Excellent |
| Magnesium carbonate | The exceeding |
| Magnesium chloride | A 2 – Excellent |
| Magnesium hydroxide | The exceeding |
| Magnesium nitrate | The exceeding |
| Magnesium oxide | N / D |
| Magnesium Sulphate (EPSOM salts) | The exceeding |
| Maleico acid | The exceeding |
| Maleic anhydride | D-Grave effect |
| Malic acid | A 1 – Excellent |
| Manganese sulfate | N / D |
| Mash | N / D |
| Mayonnaise | N / D |
| Melamine | The exceeding |
| Mercuric chloride (diluted) | B-Bom |
| Mercuric cyanide | B-Bom |
| Mercurous nitrate | The exceeding |
| Mercury | B-Bom |
| Methane | The exceeding |
| Methanol (methyl alcohol) | A 2 – Excellent |
| Methyl acetate | D-Grave effect |
| Methylaceton | N / D |
| Methyl acrylate | D-Grave effect |
| 10% methyl alcohol | A 2 – Excellent |
| Metilo Bromide | C-FACO |
| Metilbutil ketone | D-Grave effect |
| Celllosolve Methyl | B-Bom |
| Methyl chloride | D-Grave effect |
| Metyl Dichloride | D-Grave effect |
| Methyl-Ethyl-Cetona | B-Bom |
| Methylethylcetone peroxide | N / D |
| Methil Isobutil Cetona | The exceeding |
| Metil ISOPROPIL CETONA | N / D |
| Methyl methacrylate | D-Grave effect |
| Metlamine | A 2 – Excellent |
| Methylene chloride | B 1 -Bom |
| Leite | B-Bom |
| Mineral spirits | B-Bom |
| Molasses | B-Bom |
| Monocloroacetic acid | N / D |
| Monoetanolamina | B-Bom |
| Morfolina | B 2 -Bom |
| Engine oil | A 1 – Excellent |
| Mustard | The exceeding |
| Nafta | B-Bom |
| Naphthalene | B-Bom |
| Natural gas | The exceeding |
| Nickel chloride | The exceeding |
| Nickel nitrate | A 2 – Excellent |
| Nickel sulfate | The exceeding |
| Ácido nitrosante (<15% HNO3) | C-FACO |
| Ácido nitrosante (> 15% H2SO4) | C-FACO |
| Nitrosante acid (S1% of acid) | C-FACO |
| Nitrosante acid (S15% H2SO4) | C-FACO |
| Nitric acid (20%) | A 2 – Excellent |
| Nitric acid (50%) | B-Bom |
| Nitric acid (5-10%) | The exceeding |
| Nitric acid (concentrated) | D-Grave effect |
| Nitrobenzeno | B 1 -Bom |
| Nitrogen fertilizer | N / D |
| Nitrometano | B 2 -Bom |
| Nitrous acid | The exceeding |
| Nitrous oxide | D-Grave effect |
| Oils: aniline | The exceeding |
| Oils: Anis | N / D |
| Oils: Bay | N / D |
| Oils: Bone | The exceeding |
| Oils: Castor | The exceeding |
| Oils: Cinnamon | D-Grave effect |
| Citrus oils | The exceeding |
| Oils: Clove | N / D |
| Oils: coconut | A 1 – Excellent |
| Oils: Cod liver | A 1 – Excellent |
| Oils: Corn | A 2 – Excellent |
| Oils: cotton seeds | The exceeding |
| Oils: Creosoto | C-FACO |
| Oils: Diesel oil (20, 30, 40, 50) | A 1 – Excellent |
| Oils: Fuel oil (1, 2, 3, 5a, 5b, 6) | B-Bom |
| Oils: Ginger | N / D |
| Oils: Hydraulic Oil (Petro) | D-Grave effect |
| Oils: Hydraulic Oil (synthetic) | D-Grave effect |
| Oils: Lemon | N / D |
| Oils: Flaxseed | The exceeding |
| Mineral oils | The exceeding |
| Oils: olive | The exceeding |
| Oils: Orange | The exceeding |
| Oils: Palm | N / D |
| Oils: Peanut | D-Grave effect |
| Oils: Pepper Mint | N / D |
| Oils: Pinho | B-Bom |
| Oils: Colza | D-Grave effect |
| Oils: Resin | A 2 – Excellent |
| Oils: Sesame Seed | The exceeding |
| Oils: Silicone | The exceeding |
| Oils: Soy | A 1 – Excellent |
| Oils: sperm (whale) | N / D |
| Oils: tanning | N / D |
| Oils: Transformer | B-Bom |
| Oils: Turbine | B 1 -Bom |
| Oleic acid | B 1 -Bom |
| Oleum 100% | D-Grave effect |
| Oleum 25% | D-Grave effect |
| Oxalic acid (cold) | A 2 – Excellent |
| Ozone | B-Bom |
| Palmitic acid | B 1 -Bom |
| Paraffin | A 1 – Excellent |
| Pentano | D-Grave effect |
| Perchloric acid | C-FACO |
| Percloroetileno | D-Grave effect |
| Petrolato | D-Grave effect |
| Oil | B 1 -Bom |
| Phenol (10%) | B 1 -Bom |
| Phenol (carbolic acid) | B-Bom |
| Ácido fosfórico (> 40%) | A 2 – Excellent |
| Phosphoric acid (gross) | B 2 -Bom |
| Phosphoric acid (molten) | D-Grave effect |
| Phosphoric acid (S40%) | A 2 – Excellent |
| Phosphoric acid | The exceeding |
| Match | The exceeding |
| Phosphorus trichloride | N / D |
| Photographic developer | The exceeding |
| Photographic solutions | A 2 – Excellent |
| Ftálica acid | The exceeding |
| Ftal | D-Grave effect |
| Picric acid | B 1 -Bom |
| Galvanization solutions, antimony coating 130 ° F | The exceeding |
| Galvanization Solutions, Arsenic Galvanization 110 ° F | The exceeding |
| Galvanization Solutions (Brass): High Speed Brass Bath 110 ° F | The exceeding |
| Galvanization Solutions (Brass): Regular Brass Bath 100 ° F | The exceeding |
| Galvanization Solutions (Bronze): CD Bath Bronze RT | The exceeding |
| Galvanization Solutions (Bronze): Bath of CE-SN Bronze 160 ° F | The exceeding |
| Galvanization Solutions (Bronze): Bath of Bronze 100 ° F | The exceeding |
| Galvanization Solutions (Cadmium): Cyanide Bath 90 ° F | The exceeding |
| Galvanization Solutions (Cadmium): Bath of Fluborato 100 ° F | The exceeding |
| Galvanization solutions, (chromium): barrel chrome bath 95 ° F | The exceeding |
| Galvanization solutions, (chromium): Black chromium bath 115 ° F | The exceeding |
| Galvanization Solutions, (Chromium): Sulfuric Chromium Bath 130 ° F | The exceeding |
| Galvanization solutions, (chromium): Fluoride bath 130 ° F | The exceeding |
| Galvanization Solutions, (Chromium): Flosyl Bath 95 ° F | D-Grave effect |
| Galvanization Solutions (Copper) (acid): Copper Fluborato Bath 120 ° F | The exceeding |
| Galvanization Solutions (copper) (acid): RT copper sulfate bath | The exceeding |
| Galvanization Solutions (Copper) (cyanide): 120 ° Copper beat | The exceeding |
| Galvanization Solutions (Copper) (cyanide): High speed bath 180 ° F | The exceeding |
| Galvanization Solutions (Copper) (cyanide): Rochelle salt bath 150 ° F | The exceeding |
| Galvanization Solutions (Copper) (Miscellaneous): Copper (without electricity) | The exceeding |
| Galvanization Solutions (Copper) (Miscellaneous): Copper pirophosphate | The exceeding |
| Galvanization Solutions (Gold): Acid 75 ° F | The exceeding |
| Galvanization Solutions (Gold): Cianeto 150 ° F | The exceeding |
| Galvanization Solutions (Gold): Neutral 75 ° F | The exceeding |
| Coating solutions, Indian sulfamate rt | The exceeding |
| Galvanization Solutions (Iron): FERROSE BATH OF SULFATE OF AM 150 ° F | The exceeding |
| Galvanization Solutions (Iron): FERROSE CHLORITE BATH 190 ° F | C-FACO |
| Galvanization Solutions (iron): ferrous sulfate bath 150 ° F | The exceeding |
| Galvanization Solutions (Iron): Fluborato Bath 145 ° F | The exceeding |
| Galvanization Solutions (Iron): Sulfamate 140 ° F | The exceeding |
| Galvanization Solutions (Iron): Sulfate-Chloride Bath 160 ° F | The exceeding |
| Galvanization Solutions, Galvanization with Fluborato | The exceeding |
| Galvanization solutions, (nickel): Eletroless 200 ° F | D-Grave effect |
| Coating solutions, (nickel): fluborate 100-170 ° f | The exceeding |
| Coating solutions, (nickel): high chloride 130-160 ° F | The exceeding |
| Galvanization solutions, (nickel): sulfamate 100-140 ° F | The exceeding |
| Coating solutions, (nickel): type of watts 115-160 ° F | The exceeding |
| Galvanization Solutions (Rode) 120 ° F | The exceeding |
| Galvanization Solutions, (Silver) 80-120 ° F | The exceeding |
| Galvanization Solutions, Tin-FluoroBorato 100 ° F | The exceeding |
| Galvanization solutions, galvanization with tin 100 ° F | The exceeding |
| Galvanization Solutions (Zinc): Acid chloride 140 ° F | The exceeding |
| Galvanization Solutions (Zinc): RT Fluborate Bath | The exceeding |
| Galvanization Solutions (Zinc): Sulfate Bath 150 ° F | The exceeding |
| Galvanization Solutions (Zinc): alkaline cyanal bath RT | The exceeding |
| Potassa (potassium carbonate) | The exceeding |
| Potassium bicarbonate | The exceeding |
| Potassium bromide | The exceeding |
| Potassium chloride | The exceeding |
| Potassium chloride | The exceeding |
| Chromed de potássio | The exceeding |
| Potassium cyanide solutions | The exceeding |
| Potassium dichromate | The exceeding |
| Ferricicianeto of potassium | A 2 – Excellent |
| Potassium | The exceeding |
| Potassium hydroxide (caustic potassium) | The exceeding |
| Potassium hypochlorite | N / D |
| Potassium iodide | A 2 – Excellent |
| Potassium nitrate | The exceeding |
| Potassium oxalate | N / D |
| Potassium permanganate | A 1 – Excellent |
| Potassium sulfate | The exceeding |
| Potassium sulfide | The exceeding |
| Propane (liquefied) | The exceeding |
| Propylene | N / D |
| Glycol | A 2 – Excellent |
| Pyridine | A 2 – Excellent |
| Pyrogalic acid | The exceeding |
| Resorcinal | A 2 – Excellent |
| Rosins | A 2 – Excellent |
| Rum | The exceeding |
| Rust inhibitors | The exceeding |
| Salad sauces | The exceeding |
| Salicylic acid | A 1 – Excellent |
| SALMARA (saturated NaCl) | The exceeding |
| Sea water | The exceeding |
| Rubber-brand (bracket) | The exceeding |
| Passion fruit (orange) | The exceeding |
| Silicone | The exceeding |
| Silver | N / D |
| Silver | A 1 – Excellent |
| Soap solutions | The exceeding |
| Sodium Carbonate (see sodium carbonate) | The exceeding |
| Sodium acetate | The exceeding |
| Sodium | N / D |
| Sodium benzoate | A 2 – Excellent |
| Baking soda | The exceeding |
| Sodium bisulfate | The exceeding |
| Bisulfito de Sodio | The exceeding |
| Sodium borato (borax) | A 2 – Excellent |
| Sodium bromide | N / D |
| Sodium carbonate | The exceeding |
| Sodium chlorate | The exceeding |
| Sodium chloride | The exceeding |
| Sodium chromate | N / D |
| Sodium cyanide | The exceeding |
| Sodium | The exceeding |
| Sodium fluoride | The exceeding |
| Sodium hydrosulphite | N / D |
| Sodium Hydroxide (20%) | The exceeding |
| Sodium Hydroxide (50%) | The exceeding |
| Sodium Hydroxide (80%) | The exceeding |
| Hipoclorito de sódio (<20%) | The exceeding |
| Sodium hypochlorite (100%) | B-Bom |
| Sodium hyposulfate | N / D |
| Sodium metaphosphate | A 1 – Excellent |
| Sodium | The exceeding |
| Nitrate sodium | The exceeding |
| Sodium | The exceeding |
| Sodium peroxide | B-Bom |
| Sodium polyphosphate | The exceeding |
| Sodium silicate | The exceeding |
| Sodium sulfate | The exceeding |
| Sodium sulfide | The exceeding |
| Sodium sulfite | A 2 – Excellent |
| Sodium tetraborate | N / D |
| Sodium thiosulfate (hypo) | A 2 – Excellent |
| Sorghum | N / D |
| Soy sauce | N / D |
| Stannic chloride | The exceeding |
| Stannic Fluoborate | N / D |
| Stannum chloride | The exceeding |
| Starch | A 2 – Excellent |
| Steroic acid | A 2 – Excellent |
| SODANDO STODDARDD | C-FACO |
| Stretch | N / D |
| Sugar (liquids) | The exceeding |
| Sulfate (liqueurs) | The exceeding |
| Sulfur chloride | C 1 -Weak |
| Sulfur dioxide | A 1 – Excellent |
| Sulfur dioxide (dry) | A 1 – Excellent |
| Sulfur hexafluoride | N / D |
| Sulfur trioxide | C-FACO |
| Sulfur trioxide (dry) | D-Grave effect |
| Ácido sulfúrico (<10%) | A 2 – Excellent |
| Sulfuric acid (10-75%) | A 1 – Excellent |
| Sulfuric acid (75-100%) | C 1 -Weak |
| Sulfuric acid (cold concentrated) | A 2 – Excellent |
| Sulfuric acid (concentrated to queen) | D-Grave effect |
| Sulfurous acid | The exceeding |
| Sulfuril | N / D |
| Sebum | A 2 – Excellent |
| Tannic acid | The exceeding |
| Tan | A 1 – Excellent |
| Tartaric acid | The exceeding |
| Tetracloroetano | C-FACO |
| Tetracloretileno | D-Grave effect |
| Tetra-hydropure | C2-FACO |
| Tin salts | The exceeding |
| Toluene (Toluol) | C 1 -Weak |
| Tomato juice | The exceeding |
| Tricloroacetic acid | The exceeding |
| Tricloroethane | C-FACO |
| Tricloroetileno | C 1 -Weak |
| Tricloropropano | N / D |
| Tripresilfospato | A 1 – Excellent |
| Trietilamina | D-Grave effect |
| Trisodic phosphate | The exceeding |
| Terebinina | D-Grave effect |
| Urea | The exceeding |
| Uric acid | N / D |
| Urine | The exceeding |
| Varnish | The exceeding |
| Vegetable juice | N / D |
| Vinegar | The exceeding |
| Vinyl acetate | B 1 -Bom |
| Vinyl chloride | N / D |
| Water, acid, mine | The exceeding |
| Deionized water | A 2 – Excellent |
| Distilled water | The exceeding |
| Fresh water | The exceeding |
| Water, salt | The exceeding |
| Herbicides | N / D |
| Whey | N / D |
| Whiskey and wines | The exceeding |
| White liqueur (pulp factory) | A 1 – Excellent |
| White Water (Paper Factory) | The exceeding |
| Xylene | B-Bom |
| Zinc chloride | The exceeding |
| Zinc hydrosulphite | N / D |
| Zinc sulfate | The exceeding |
Explanation of footnotes
1. Classifications satisfactory to 22 ° C (72 ° F)
2. Classifications satisfactory at 48 ° C (120 ° F)
: Chemical effect
A = excellent.
B = good, smaller effect, corrosion or light discoloration
C = reasonable effect, not recommended for continuous use. Softening, loss of strength or swelling may occur.
D = severe effect, not recommended for any use.
N / A = Information not available.
CAREFUL: Variations in chemical behavior during handling due to factors such as temperature, pressure and concentrations can cause equipment failures, even if it has passed the initial test.
Remarks: Information in this table has been provided by respectable sources and should only be used as a guide in the selection of equipment for chemical compatibility. Always test your equipment under the specific conditions of your application before permanent installation.
Chemical behavior classifications listed in this table apply to an exposure period of 48 hours. We are not aware of the possible effects beyond this period. We do not guarantee (neither express nor implicit) that the information in this table is accurate or complete or that any material is suitable for any purpose.
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