Grease and oil may seem like similar substances, but they have very different characteristics and purposes. It is thick and viscous, while oil is thinner and less sticky. Industrial greases are important for lubricating moving parts and preventing wear.
There are a variety of additives in oil that you can use to improve its performance. Some additives have properties to protect your equipment, while others improve the lubricating properties of the oil. In order to get the most out of your lubricant and equipment, it’s important to understand the characteristics of additives in oil. Two key characteristics are how additives in oil are depleted and how more additives can actually deteriorate performance.
If lubrication management is one of your key preventive maintenance strategies, then you’re likely tracking a lot of different lubricant characteristics. From viscosity and oxidation levels to contamination and the right additives for your assets, you have a long list of things to keep in mind. Another characteristic that you may have heard of is demulsibility.
What is the demulsibility of lubricants? Demulsibility, in the context of lubrication management, is the ability of a lubricant to separate from water. In other words, when you mix a lubricant and water together, will the lubricant eventually dissolve in the water or will it resist dissolving and stay suspended in the water? This is an important characteristic for any lubricant to have, as it dictates how easily you can remove the lubricant from machinery and systems after use. Poor demulsibility can lead to fouling of machine parts and equipment, so it’s important to select a lubricant with good demulsibility characteristics. Why Should You Monitor Demulsibility of Lubricants? When selecting a lubricant for a specific application, it is critical to
Most lubricants on the market today contain some sort of additive. But, what are these additives, and what do they do? In this guide, we’ll take a look at some of the more common additives found in lubricants, and explain their function.
If you’re responsible for the maintenance and lubrication of equipment in your business, then you know how important it is to have a well-run lube room. Proper organization and adherence to best practices can help keep your machinery running smoothly and reduce unscheduled downtime. But, it’s not as simple as organizing your parts store room.
While bearings are a small and relatively inexpensive component, their impact on the bottom line can be substantial. Bearing failures often occur without warning, leading to unplanned downtime while you troubleshoot the issue and repair the equipment.
As a business owner, maintenance manager, or procurement manager, you have a lot of different types of lubrication to choose from. Every lubricant has its own set of benefits and applications. In order to make the right choice for your assets, it’s important to understand the differences.
If you’re responsible for the maintenance of machinery in your business, then you know how important it is to keep all the parts well-greased. But, what are the best practices for greasing bearings? In this blog post, we’ll discuss some tips and tricks for getting the job done right.
If you’re not familiar with oil analysis, it’s a process of testing oil taken from machinery or other devices to detect and measure the level of contaminants in the oil. This information can help you troubleshoot problems and make decisions about when to retire equipment. But, how does oil analysis test for contamination in the first place? Let’s take a closer look.
