Define parameters here and click button!
Define parameters here and click button!
| Type of construction | extruded hose without metal spiral |
| Execution of the wall | made of electrically insulating material, made of a material with a low coefficient of friction, extruded, made from a copolymer of TFE (tetrafluoroethylene) with a side chain modification of PPVE (perfluoropropylvinyl ether), made from a self-lubricating material, made of pure material, made of a material with dielectric properties, made of a material that is insensitive to stress corrosion cracking |
| Material of the wall | fully fluorinated plastic PFA (perfluoroalkoxy) |
| Specifications of the wall | fire resistance/non flammable (UL 94: V0) |
| Chemical Properties | very good resistance to chemicals, good UV resistance, weather-resistant, non wetting, chemical inertness, good resistance to corrosive chemicals, good resistance to solvents |
| Mechanical Properties | high Hardness and wear resistance |
| Physical Properties | iow permeation, low surface energy |
| Colour | transparent to translucent (depending on wall thickness) |
| Other | non stick/self cleaning, non-toxic, low extractability, resistance to harsh environment |
| Temperature Range | -200 to 260 °C |
| Areas of application | Automotive, Plant & Mechanical Engineering, Industry, Medical Technology, Semiconductor Industry, Aerospace technology, Chemistry, Food & Pharma, Painting Technology |
| optional item modification (on request) | other colours, sterilisable, autoclavable, weldable, FDA and USP Class VI compliant types available, NSF Compliance depending on grade, Food compliant (FDA/EU...) depending on type, ATEX conform conductive properties on request |
* The minimum bending radius specifications for our tubings are partly theoretical and represent typical values at 23 °C. The specifications are provided for comparison purposes only and do not represent guaranteed properties. They must be verified by the user.,** The burst pressure specifications for our tubings are partly theoretical and are based on the unit bar at a room temperature of 23 °C. The values are used for product comparison purposes, but do not represent guaranteed properties of our products. Pressure resistance decreases as temperatures rise. For safe operation, we recommend maintaining at least three times the safety margin (max. operating pressure = space pressure at the corresponding operating temperature /3).