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In-service lubrication analysis is a revolutionary technique that monitors machine conditions quickly and efficiently. On-site oil analysis will eliminate the long wait it would normally take to send an oil sample result to an off-site laboratory, allowing you to make quicker decisions. Saving time saves money, and there's no better way than an on-site service. The three aspects that lubrication tests analyze in oil are machine condition, contamination, and lubricant condition. These three aspects are regularly monitored and tested, which allows operators to manage their equipment properly. Oil is tested because it undergoes destructive changes when exposed to oxygen, combustion gases, and high temperatures. Additive depletion and oxidation are common occurrences that degrade the quality of the oil. Additive Depletion Oil additives have a shelf-life and are usually used up as oil ages. Additives have two primary purposes: lubricating your engine's moving parts so that friction is kept to a minimum and protecting the metallic surfaces from rusting. When these are depleted, like alkaline additives, the reserves' alkalinity falls below the minimum, which causes a higher chance of component wear. Other important agents include rust and corrosive inhibitors as well as antioxidants. Dispersal and emulsifiers help prevent sludge, deposits, and contaminants from collecting until they are removed by an oil change. These agents get to a point to where they do not do their job properly, and that causes a rapid build-up of engine deposits and affects the chemical levels of the oil. Oxidation Prevent oil oxidation with an in-service lubrication analysis. Oil oxidation happens when oxygen assaults petroleum fluids. Oxidation happens at an alarming rate when a machine is exposed to higher temperatures and in the presence of water, acids, and catalysts (such as copper). When this occurs, your oil will increase in viscosity and also collect higher deposits of varnish and sludge. This will lead your machine to run at higher temperatures, consume more fuel, and cause a rapid additive depletion. A significant loss of power can also occur, and when severe, it makes the oil very hard to pump. This causes lubrication starvation to moving parts on the machine. In-service lubrication analysis is an important technique that will help you avoid any machine malfunction. By saving you the time it would take to bring oil samples to the lab, you will save money and headaches by being able to adjust your machine on the fly. The analysis tests the additive depletion, oxidation, water levels, debris or sludge deposits, and so much more. When looking for quality in-service lubrication analysis, companies visit Spectro Scientific. Learn more at http://www.kerkstraservices.com/portables/eventtrailers.htm.
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