Klübertemp YV 93-302 is a tried-and-tested sliding agent for all friction points with low to medium requirements and in combination with all materials used in gaseous oxygen installations.

The wide service temperature range underlines the universal application possibilities of this sliding agent. We recommend users conduct their tests using the complete component under conditions similar to series application.

The product's high pressure-absorption capacity and consistent friction values over a wide temperature range ensure constant actuation forces.

Test results show the product's usability for an O 2 content > 21 % by vol. under the operating conditions specified in the product data section of this product information leaflet.

Possible applications are:

• Oxygen valves
• Peripheral aggregates of chemical installations
• Hose couplings, e.g. oxygen pipe connections, sliding and plain bearings, bolts, slideways, etc.
• Steel and heavy industry
• Assembly aid for most rubber-elastic materials and plastics
• For the industrial handling, maintenance and care of oxygen components

Behaviour towards metals, elastomers and plastics Klübertemp YV 93-302 is normally neutral towards metallic materials, plastics and elastomers within the given temperature range. Nevertheless, we recommend checking the compatibility of the sliding agent with materials in contact prior to its introduction.

All surfaces to be wetted must be thoroughly cleaned prior to product application. The friction / lubrication points of surfaces / components must be clean and bright (i.e. free from oil, grease, dirt particles or perspiration). We recommend cleaning the surfaces with clean white spirit and then Klüberalfa XZ 3-1, ensuring residue-free surfaces when dried. For valves and installations carrying oxygen, the application procedure must also be "oxygen clean" in order to attain a "ready for oxygen service" condition.

*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. 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 leaflet. In cases of doubt, application-specific tests would have to be performed.

Safety advice: The resistance to oxygen was determined with the unused, contamination-free product. If the product is decomposed during use due to physical (temperature, electric discharge, pressure surges) or chemical influence or contaminated by foreign substances (e.g. easily oxidisable organic or inorganic materials, particularly iron metals, magnesium, aluminium, titanium or their alloys, e.g. rubbedoff particles, contamination from the environment), decomposition products or foreign substances can be generated which clearly reduce oxygen resistance. Furthermore, operating conditions have a major impact on the lubricant's behaviour in the application. Therefore, it can be necessary or prescribed to conduct own safetyrelevant examinations on the equipment or lubricated component.