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Lubricant Selection Advice
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It is generally a good idea to avoid using extreme-pressure (EP) additives unless they are specifically required to reduce adhesive wear conditions (scuffing, galling, scoring, etc.). Some EP additives can diminish a lubricant's oxidation stability (shortening service life). They can also be slightly corrosive to certain metals (e.g., yellow metals), especially at elevated temperatures.
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WHITE PAPER: Learn how to balance lubricant compatibility and cost without sacrificing performance, and how one manufacturer reduced bearing failures by nearly 98% after changing lubes.
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The No. 1 cause of machine failure is the degradation of component surfaces. These surfaces can degrade in a variety of ways, but the most destructive is via particle contamination. While you may already be aware that dirt is harder than most metals found in machines, do you know how much harder it is?
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Don’t let dirt particles take down your giant machines. Chevron’s ISOCLEAN® Certified Lubricants represent the most stringent OEM standards.
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Learn how to incorporate reliability into your organization’s practices and, more importantly, culture. Several U.S. and international dates and locations available. Register early for discounts and best course selection.
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Viscosity is the most important property of an oil. It's the main criteria permitting the lubricant to perform as a separating barrier between contacting surfaces. Therefore, it is essential that viscosity be at the top of nearly every oil analysis test slate.
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That's understandable. We're all busy. That's why Noria's Machinery Lubrication I course is offered throughout the year and in a variety of locations so everyone can find a time and a city that works best for them.
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