Our ServicesBuilding on decades of application expertise, we are here to help the client to develop lubrication solutions so they can:
Our innovative industrial lubricants, application expertise and engineering services provide the solutions that can help the client to reach even higher levels of productivity. |
Gas and Steam Turbine Oil AnalysisThis service is designed to help you detect premature wear and lubricant contamination before they result in costly downtime or expensive repairs. Turbine analysis is applicable for gas and steam turbines operating in continuous or intermittent service. It includes testing to help improve turbine reliability by monitoring system cleanliness and lubricant performance.
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Paper Machine Oil Analysis (PMO)This service provides necessary equipment- and lubricant-specific testing designed to help you optimize your lubrication program, as well as detect equipment problems before they cause expensive unplanned outages. Applicable equipment includes dryer bearing lubrication systems, press lubrication systems and Controlled Crown roll systems. This helps improve equipment reliability by monitoring system cleanliness and lubricant performance.
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Gear Inspection Our engineers inspect, report and document the condition of gears, bearings, lubricants, lubrication systems, seals and housings of critical enclosed gear units. The inspection results can improve the life and performance of gear units, as well as estimate gear life and the impact of recommended improvements in operation and maintenance.
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Heat Transfer System FlushField engineers use their world-class expertise to inspect your equipment to assess the cleanliness of your heat transfer system. Based on the inspection and original equipment manufacturer (OEM) recommendations, the engineers could recommend a system flush to remove deposits.
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Filtration Control and Contamination Control SolutionsEngineers review your lubricants to identify compatibility situations and determine current machinery conditions. They evaluate the compatibility of recommended replacement fluids with current fluids and machine components. Then, they suggest operational and design improvements to maximize equipment and lubricant life.
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