Strong and flexible hose suction-delivery with completely made with resistant to abrasion polyurethane o high resistance to fats and oils. hose not contains phthalates and It can be used in industry food for conveying liquid and dry substances food. includes to: – in particular fats and oils food np. olive oil (simulant D2, up to +40°C and 30 min); – milk and its dairy products, drinks milk (simulant D1, up to +40°C and 30 min); – food hydrated, acidic, alcohol for 20 % and dry (simulants A, B, C, E; up to +70°C and 1 h). W use not involving direct contact with food (in industry, construction, agriculture) It can be used for water, light chemicals and other liquids based on fat and oils industrial (should take into account resistance chemical). used also for air, vacuum conveying dusts, powders, granulates and other abrasive substances bulk (should then take into account abrasion resistance and any problem electricity static). very smooth surface inner reduces losses conveying and ensures ease cleaning. transparent wall allows on visual control of the flow. Reinforcement dense spiral with wire steel ensures very good resistance to vacuum and kinking hose. made hose with polyurethane in comparison with similar hoses, PVC results considerably greater resistance on abrasion, greater strength (pressure working and vacuum) and greater range temperature at slightly smaller flexible. hose ARMORVIN TOTAL PU OIL TPHF complies with the European requirements 1935/2004/EC, 1895/2005/EC and 10/2011/EU (simulants A, B, C, D1, D2, E), 2023/2006/EC (GMP) and American FDA 21 CFR 177.2600 (d). Suitable for temporary contact with food when conveying food substances – under the conditions specified in the manufacturer’s declaration of conformity (available at Tubes International). Hose material: transparent polyurethane. Reinforcement: galvanised steel spiral. Working pressure at a temperature of 20°C: from 3 bar to 7 bar – depending on the diameter hose. Operating temperature: from -40°C to +90°C, temperature medium, working pressure depends on temperature. As the working temperature rises, the hose’s working pressure value decreases.