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Maintenance costs are reduced
when there is less coking. |
Extreme temperatures can cause coking deposits that lead to oil starvation and poor engine performance—and may require expensive repairs, part replacement, labor costs, and unplanned downtime. Higher thermal stability reduces the amount of coking in the engine—resulting in reduced maintenance costs, shorter downtime, and increased return on engine operation.
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Approved by OEMs |
Eastman Turbo Oil 2197™ meets qualification for use in aeroderivative turbine engines and is approved by major OEMs such as GE, Pratt and Whitney, Rolls-Royce, Solar, Siemens, and PW Power Systems.
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Better oxidative stability = longer oil life |
Improved oxidative stability leads to longer oil life and improved operations for an engine. Longer oil life allows for longer engine operation between service.
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Lower acidity in humid climates through better hydrolytic stability |
Hydrolytic stability improves oil stability of a unit required to start on a moment’s notice; it is especially useful for units where there is potential water in the oil system.
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High performance capable (HPC) oil offers better engineered lubrication compared to standard class oil. |
Developed in accordance with OEM and military standards and specifications, HPC oils offer improved hydrolytic, thermal, and oxidative stabilities—all factors that reduce coking and improve engine start-up, reliability, and performance.
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Less coking results in less time spent working on your engine. |
The lubricant you choose can play a big role in preventing coking. Reduced coking means less time servicing parts and more time operating your engine.
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400+ million hours |
Eastman Turbo Oil 2197™ is used in 86% of equivalent GE engines used in aviation (CF6) by the 10 leading North American airlines. With approximately 400 million hours of high-flying proven performance, Eastman Turbo Oil 2197 is by far the most widely used high performance capable (HPC) oil in the world.
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High thermal stability reduces coking, resulting in more operation time. |
Higher thermal stability reduces the amount of coking in the engine—resulting in reduced maintenance costs, shorter downtime, and increased return on engine operation.
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Fully prepared |
Your engine will be fully prepared and ready to go on a moment’s notice with an oil providing optimal thermal, oxidative, and hydrolytic stability.
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Products |
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Eastman Turbo Oil 2197™With approximately 400 million hours of proven performance, Eastman Turbo Oil 2197 is by far the most widely used high performance capable (HPC) oil in the world. It is AS5780 HPC/ MIL-PRF-23699 HTS class, 5-cSt turbine oil for the most thermally demanding engine and accessory applications. Click
here for product technical and safety data sheets. |
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Eastman Turbo Oil 2380™Widely used in turbine engines around the world, Eastman Turbo Oil 2380 was one of the first turbine oils to be qualified and approved for MIL-PRF-23699 STD (Standard) class and subsequently SAE AS5780 SPC (Standard Performance Capability) class. Click
here for product technical and safety data sheets. |
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