Results for viscosity

5 Steps to Maintaining a Successful Lubrication Program

Join us for an educational webinar with guest Tim Dunton from Reliability Solutions. Tim has over 30 years of experience in reliability training and consulting. He will cover the 5 Steps to Maintaining a Successful Lubrication Program. Key Takeaways: This webinar provides an excellent opportunity for anyone interested in keeping their machinery running efficiently and reliably over time. Don’t miss out on this invaluable insight from a leading industry expert – join us for this must-attend webinar! Proper lubrication is essential for keeping industrial machinery running smoothly and efficiently. However, creating a successful lubrication program is not just about applying lubricants regularly. It requires a well-planned and executed strategy that takes into account factors such as operating conditions, lubricant selection,

PAO Oil / Polyalphaolefin

PAO, or polyalphaolefin, is one of the most common base oils for lubricants. Also, PAO oil is generally superior to mineral oil in terms of stability and other characteristics. Understanding these characteristics will help you succeed in choosing and using the ideal PAO-based lubricants for your specific lubrication needs. What is PAO Oil? Polyalphaolefin oil is a type of synthetic or “man-made” lubricant. Developed in the 1930s, PAO oil’s first commercial use was in the 1970s as a base for engine oils. Since then, PAO oil applications have reached a broader range. Current PAO oil applications include compressor, hydraulic, and turbine fluids, gear oils, and metalworking fluids. The manufacturing of PAO oil involves a two-step process: synthesis and hydrogenation. First,

PAG Oil / Polyalkylene Glycol

Polyalkylene glycol oil or PAG oil is a type of base oil for lubricants. PAG-based lubricants are generally high-quality and longer lasting than other base oil lubricants. Understanding the properties and benefits of PAG oil lubricants can help you make informed decisions when choosing lubricants for your machines. What are Polyalkylene Glycol and PAG Oil? Polyalkylene glycol (PAG) is a synthetic substance produced by a process called polymerization. This process combines monomers of ethylene oxide, propylene oxide, and butylene oxide into PAG. The PAG-making process was developed 150 years ago with the first PAG polymers used for applications in World War II. Since then, PAG oil has been proven as among the best substitutes for mineral oil as a base

Optimum Reference State (ORS)

Understanding the Optimum Reference State, or ORS, is key to understanding and achieving machine reliability. But unfortunately, the ORS is rarely considered and often misunderstood by machine builders, users, and maintenance or lubrication experts. We can’t stress enough to them the importance of ORS-compliant lubricants and lubrication practices to successfully achieve your reliability goals. What is Optimum Reference State (ORS)? As you can figure out from its name, the Optimum Reference State is the optimum state for a machine to reach and maintain specific reliability goals. The factors that affect this state include the design, arrangement, and layout of the machine, the conditions under which you use the machine, and how you perform maintenance activities. The aim is to achieve

Lubrication Contamination Sources and Control

Any effective maintenance strategy should include lubrication contamination control in its objectives. And contamination control starts with the identification of different contaminants and their sources.

Goals for Lubrication Contamination Control

In lubrication management, contamination is the major cause of machine failure. Thus, lubrication contamination control is one of the most crucial aspects of a lubrication program.

3 Easy Machinery Configuration Improvements

Are you looking for ways to improve the efficiency and performance of your machinery? Modern industry is under pressure to function with a leaner environment involving fewer workers, purpose-built machinery, and razor-thin margins.

How Important is Oil Level Control to Asset Reliability?

Proper lubrication is essential for the reliable operation of machines and equipment. And, oil level control is a critical aspect of maintaining optimal lubrication. In this blog post, we will explore the importance of oil level control in optimizing the reliability of bearings, gears, and engines.

Microbial Contamination in Lubricants: How to Detect and Treat Them?

When it comes to proper lubrication management, microbial contamination is something all maintenance managers and lubrication technicians should be aware of. Microbial growth in your machine’s oil or lubricants can cause costly problems if left unchecked, but understanding the sources and methods of protection can help you keep your industrial equipment running efficiently and reliably. In this blog post, we will discuss common sources of microbial contamination in oil-based systems and treatment options. By carefully monitoring your systems for signs of microbial contamination, you can proactively safeguard your machines from harm.

What Causes Lubrication Failure?

Lubrication failure is almost inevitable when it comes to machinery. Even with the best practices in place, certain factors can cause these failures and result in costly repairs and downtime. Understanding what causes lubrication failure not only allows maintenance managers and technicians to recognize the warning signs sooner but also puts the necessary measures into action ahead of time. By taking proactive steps and properly maintaining lubrication systems, you can prevent unanticipated failures. Here we’ll discuss potential causes of lubrication failure so that you have a better idea of effective preventive measures.

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