Discover how ester content in gear oils can enhance performance and what limitations you need to consider for optimal gear protection.
Ester Content in Gear Oils: What It Can Improve (and What It Can’t)
Browsing Category
Additives & Chemistry
41 posts
Air Leaks in Suction Lines: How They Create Foam and Heat
Discover how air leaks in suction lines disrupt vacuum systems, causing foam and heat issues that impact efficiency—and learn how to fix them.
Cavitation in Lubrication Systems: The Noise That Matters
Beneath the surface of lubrication systems, cavitation’s disruptive noise signals trouble—and understanding it can save your machinery from costly damage.
Oil Temperature vs Component Temperature: Stop Mixing These Up
Understanding the difference between oil temperature and component temperature is essential because…
Air Entrainment: Why Your Gearbox “Sounds Dry”
Just when your gearbox sounds dry, air entrainment could be the hidden culprit damaging your system—discover how to prevent it.
Foaming From Agitation: When Design Beats Chemistry
Just how your equipment design influences foam formation can surpass chemical effects—discover the key factors that make all the difference.
Condensation in Gearboxes: The Moisture Source You Didn’t Plan For
The true cause of condensation in gearboxes often surprises many, and understanding this hidden moisture source is crucial to avoiding costly damage.
Corrosion Inhibitors Explained: The Additive Nobody Talks About
Discover how corrosion inhibitors work and why understanding this overlooked additive can transform your approach to metal protection.
Sulfur-Phosphorus EP Additives: The Good and the Bad
Learn about sulfur-phosphorus EP additives’ benefits and risks to understand their impact on machinery and the environment.
Moly in Gear Oil: Friction Modifier, Anti-Wear, or Both?
The truth about moly in gear oil—does it act as a friction modifier, anti-wear agent, or both? Find out how it boosts gear performance.
