As a best practice, it is recommended that oils must be filtered while these are being transferred from one container or machine to another. Doing so can improve cleanliness of lubricants with just a single pass.  The expected level of cleanliness can also be achieved by using filters with a beta ratio greater than 200 at the right micron size. Usage of highly efficient filters will call for proper lubricant rate and pressure based on the viscosity as well as volume to be filtered. Continue reading →

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High-level performance of compressor systems is secured with compressor components working properly. Regreasing of parts including machinery bearings is an important factor to consider as this process avoids instances of wear that could then lead to equipment failure. With knowledge on proper relubrication frequency, efficient operation of bearings and other machine parts is guaranteed. Continue reading →

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It has been proven that oil contamination from dirt is the number one cause of industrial machinery failure. In order to avoid equipment downtime and ensure reliability of plant operations, a number of preventative measures should be followed. Three simple ways that can significantly improve machinery performance include making sure units are filled with clean oil, sealing these machines properly, and monitoring fluid cleanliness through oil analysis. Continue reading →

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Lubricant starvation is bad for your machine’s health. When a mechanical system lacks enough oil, surface-to-surface contact takes place as lubricating film that keeps bearings, gears, or slides apart is no longer present to protect the surfaces. The sliding and rubbing of two surfaces produce friction and from this comes heat – the direct result of lubrication starvation. Continue reading →

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Optimum bearing performance can be achieved with the use of appropriate lubricant grade and type. To ensure maximum efficiency of equipment and components, base oils, additives, and manufacturer’s recommendations must be considered. Continue reading →

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