Klüber Tyreno Fluid 3/6V

Vragen? Neem contact op met de Technische Specialisten van OlieOnline

Omschrijving Klüber Tyreno Fluid 3/6V

Klüber Tyreno Fluids zijn vloeistoffen die zijn ontworpen om te voldoen aan de speciale eisen van moderne vacuümpompen. Klüber Tyreno Fluids 3/6 V, 6/14 V, 12/25V zijn geperfluoreerde polyetheroliën (PFPE) die verkrijgbaar zijn in verschillende viscositeiten en een bijzonder hoge chemische stabiliteit vertonen. Ze worden gebruikt wanneer er agressieve media moeten worden verpompt, bijv. zuurstof, en/of bij hoogvacuümpompen (bijv. meertrapspompen). Klüber Tyreno Fluids vertonen een hoge resistentie tegen een breed scala aan chemicaliën. Om ervoor te zorgen dat deze hoge kwaliteitsnorm continu wordt nageleefd, worden deze vloeistoffen in kleine series vervaardigd met inachtneming van strenge hygiënevoorschriften en wordt elke partij geïnspecteerd op resistentie tegen gasvormige zuurstof (volgens bijlage van de Praktijkrichtlijn M op basis van de M 034-1-lijst van niet-metalen materialen (213-075)).

Typische Karakteristieken

Toepassingsaanwijzingen

All surfaces to be wetted must be thoroughly cleaned prior to product application. The friction and lubrication points of these surfaces/components must be clean and bright (i.e. free from oil, grease, dirt particles or perspiration, etc.). For optimum lubrication results, we recommend cleaning the friction points with clean white spirit and then Klüberalfa XZ 3-1, ensuring residue-free surfaces when dried. Application to equipment, valves and fittings carrying oxygen must also be "oxygen clean" to attain a "ready for oxygen service" condition. For use at low temperatures, e.g. where components are in direct contact with liquid oxygen, experimental testing and approval by the component manufacturer is required since the design and power ratings, for example in actuator gears, may play a decisive role in this context. For optimised service life, please contact our service engineers. * Notes on the lower service temperature limit (see product data): The service temperature is defined on the basis of physical and mechanical-dynamic product characteristics. At very low temperature and pressure, however, where oxygen remains fluid, the product retains its stability in liquid oxygen tests. If the product is intended to be used below the lower service temperature limit, it has to be checked if reliable operation of the component is ensured under these conditions. In cases of doubt, application-specific tests would have to be performed. ** Notes on the upper service temperature limit (see product data): The service temperature is defined on the basis of physical and mechanical-dynamic product characteristics. When working in an atmosphere with added oxygen and/or under high oxygen partial pressure, the upper service temperature limit may be reduced due to a reaction with oxygen. To assess whether use in a particular application is safe, please refer to the product data section in this product information. In cases of doubt, application-specific tests would have to be performed.