Epofloor®
Chemical Resistance list
+ Resistant
No changes after 4 weeks
0 Slight surface attack
Short-term exposure is possible (1-4 hours). By longer exposure the layer will be damaged.
- Not resistant
Even short-term exposure is damaging.
| Layer | Coating L2 | |
| Acetic acid (1 %) | + | O |
| Acetic acid (5 %) | + | - |
| Acetic acid (10 %) | + | - |
| Acetic acid (30 %) | O | - |
| Acetic acid (60 %) | O | - |
| Acetic acid (80 %) | - | - |
| Acetone | - | - |
| Aluminium trihydrate | + | + |
| Amines, i.g. dipropylene triamine | - | - |
| Ammonia (10 %) | + | O |
| Ammonia (25 %) | + | O |
| Antifreeze fluid (glycol-containing) | + | + |
| Aromatic hydrocarbons | + | O |
| Bear | + | + |
| Benzen | + | O |
| Boric acid (3 % at 30 °C) | + | O |
| Butanol | + | O |
| Butyl acetate | O | - |
| Butyric acid (1 %) | + | O |
| Castor oil | + | + |
| Chalk | + | + |
| Chlorbenzene | O | + |
| Chloroform | - | - |
| Chromic acid (5 %) | + | O |
| Chromic acid (10 %) | + | O |
| Chromic acid (20 %) | + | O |
| Chromic acid (40 %) | + | O |
| Citric acid (30 %) | + | + |
| Codliver oil | + | + |
| Crude oil | + | + |
| Cyclohexane | + | + |
| Developing bath (1 : 10 in water) | + | + |
| Dibutyl ether | + | + |
| Dibutyl phthalate | + | + |
| Diesel fuel | + | + |
| Dioctyl phthalate | + | + |
| Ethanol | - | - |
| Ethanol (10%) | O | + |
| Ethyl acetate | O | - |
| Ethylene glycol | + | - |
| Fatty acid (from tall oil) | + | + |
| Formaldehyde (35 %) | + | + |
| Gasoline | + | + |
| Glycerol | + | + |
| Grape juice, 20 °C | + | + |
| Grape juice, 80 °C | + | + |
| Heptane | + | + |
| Hexane | + | + |
| Hydrochloric acid (5 %) | + | + |
| Hydrochloric acid (10 %) | + | + |
| Hydrochloric acid (20 %) | + | + |
| Hydrochloric acid (30 %) | + | - |
| Hydrochloric acid (37 %) | O | - |
| Hydrogen peroxide (3 %) | + | + |
| Isopropanol | O | - |
| Jet fuel | + | + |
| Lactic acid (1 %) | + | O |
| Lard | + | + |
| Linseed oil | + | + |
| Lubricants | + | + |
| Layer | Coating L2 | |
| Methanol | - | - |
| Methylene chloride | - | - |
| Methylisobutylketone | O | - |
| Milk | + | + |
| Mineral oil | + | + |
| Molasses, high-viscous | + | + |
| Nitric acid (5 %) | + | + |
| Nitric acid (10 %) | O | - |
| Nitric acid (20 %) | O | - |
| Nitric acid (30 %) | O | - |
| Nitric acid (40 %) | - | - |
| 2-Nitropropane | O | O |
| Olive oil | + | + |
| Oxalic acid | + | - |
| Perchloroethane | + | O |
| Petroleum | + | + |
| Phenol | - | - |
| Phosphoric acid (5 %) | + | - |
| Phosphoric acid (10 %) | + | - |
| Phosphoric acid (20 %) | O | - |
| Phosphoric acid (45 %) | O | - |
| Phosphoric acid, conc. | - | - |
| Plant oils, general | + | + |
| Potassium hydroxide | + | + |
| Propyl acetate | O | - |
| Propylalkohol | O | - |
| Silicon oil | + | + |
| Snow | + | + |
| Sodium carbonate | + | + |
| Sodium chloride (3 %) | + | + |
| Sodium chloride (30 %) | + | + |
| Sodium chloride, conc. | + | + |
| Sodium hydroxide (10 %) | + | + |
| Sodium hydroxide (30-40 %) | + | + |
| Sodium hydroxide (50 %, 50 °C) | + | + |
| Sodium hypochlorite (16%,+12%NaCl) | O | O |
| Styrene | O | - |
| Sulfuric acid (5 %) | + | O |
| Sulfuric acid (10 %) | + | O |
| Sulfuric acid (20 %) | + | O |
| Sulfuric acid (30 %) | O | O |
| Sulfuric acid (60 %) | O | O |
| Sulfuric acid (78 %) | ||
| Sulfuric acid (80 %) | - | - |
| Sulfuric acid, conc. | - | - |
| Tetrachloromethane | + | - |
| Toluene | - | - |
| Transmission fluid (Aerosafe 2300) | + | O |
| Transmission fluid (Skydrol B 500) | + | O |
| Trichloroethylene | - | - |
| Turpentine | + | O |
| Varnish diluent (gasoline) | + | + |
| Vegetable fluids | + | + |
| Waste water | + | O |
| Water + 5 % detergent | + | + |
| Water, 100 °C | + | + |
| Water, dist. | + | + |
| Whiskey | - | - |
| Wine | + | + |
| Xylene | + | O |
