Bearings can be produced by freeze / Bond fitting any of the above Thordon Grades into a metallic housing. Use of a Thordon lining in a metallic housing produces a stiffer bearing that requires significantly less running clearance than other non-metallic bearings. Originally developed to meet the needs of the nuclear power industry, this design is now specified in many other applications.
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Thermoplastic material developed by Thordon specifically as a homogeneous high pressure bearings that offers dry start up capability and has a maximum dynamic work pressure. It has a very low wear in non-abrasive environments, reasonable abrasion resistance - less than Thordon elastomeric grades , but better than bronze , epoxy phenolics and many other non - metallic bearing materials and higher temperature resistance i.e. 80 Degree Celcius in wet condition.
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Specifically formulated to provide outstanding wear life in abrasive operating conditions, Composite often outperforms other bearings by a factor of several times. Extremely cost effective in abrasive conditions, Thordon Composite exhibits a dry coefficient of friction lower than rubber. Composite bearings are available in a wide range of sizes in grooved configurations only.
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The preferred choice for dry start-up operation, SXL offers a lower dry coefficient of friction and better wear life and abrasive resistance compared to XL. Thordon SXL bearings have been successfully used in many deep well pumps where start-up dry running periods in excess of one minute are experienced. SXL bearings are available in a wide range of sizes in both grooved and ungrooved configurations.
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