Bearing and sliding elements made of carbon and graphite materials, chemically resistant, capable of dry running and low in friction. Manufactured to customer specification.
Carbon bushings, also called carbon bearings or carbon plain bearings, act as bearing and sliding elements thanks to their good sliding properties. Notable properties of carbon and graphite materials are chemical resistance, good sliding and dry-running properties, a low coefficient of friction and good thermal conductivity. In addition, these components are distinguished by unique thermal shock behavior, excellent dimensional stability and high fatigue strength.
Carbon Sleeves are used mainly where other materials are not possible due to high corrosion or where the temperature is outside the range permissible for lubricating oils. They are also used when the materials are surrounded by grease-dissolving agents or when liquids without a lubricating effect, such as water and petrol, are conveyed.
Main areas of application as bearing and sliding elements under dry running are dryers for gypsum or plasterboard panels, vane pumps and air compressors as well as the guide vane adjustment of turbo compressors. In wet running, carbon plain bearings are used mainly in industrial pumps, electroplating plants and washing systems, as well as in automotive, reactor and offshore technology. Further carbon and graphite parts to drawing can be found under Graphite Machining.
A carbon bushing (or carbon bearing) is a bearing or sliding element made of carbon and graphite materials. It is chemically resistant, self-lubricating and suitable for dry running.
As a bearing, bushing or sliding element wherever lubricating oil fails or is not permitted, for example at high temperatures, with aggressive media or in dry running.
Of carbon and graphite materials, on request with impregnation, and manufactured to customer specification.
Carbon is self-lubricating, has a low coefficient of friction and is chemically resistant, so the bushing runs reliably even dry and at high temperatures.
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