Minimac Systems Pvt. Ltd.

  Introduction While free-ranging the oil filters, a lot of the consumers are left confused as they see a wide range of prices set for oil filters, where some are very costly as compared to others. But oil filters come with different price tags, and there's a lot more to an oil filter besides that. The purpose of this article is to lay out the differences in oil filters, what micron ratings mean, and how to go about choosing the right one. What is an Oil Filter and Why is it Important? An oil filter is a device to remove contaminants from oil in internal combustion engines and other machinery, particularly in lubrication systems. They are doing the job of preventing harmful particles in the engine from circulating in the engine and protecting it, and that is done by the filters in the engine. A quality oil filter ensures the smooth and at the same time, singing with no unnecessary wear and tear machine running. Types of Filter Ratings: Absolute vs. Nominal Many oil filters will adv...

  Introduction Turbine oils play a key role in ensuring the efficiency of turbine systems across industries such as power generation and manufacturing. The optimum turbine oil can maximise the efficiency and life of the machinery, while the wrong one can result in operational problems and expensive maintenance. Here we describe the essential features of turbine oil that deliver the best performance. Oxidation Stability: Why It Matters for Turbine Oils Oxidative stability is the resistance of the oil to chemical breakdown when exposed to oxygen, heat, and other contaminants. Those oils that offer excellent oxidation stability are unlikely to generate deposits, sludges, or varnish that can cause equipment problems. High temperatures and water can accelerate the oil oxidation process, reducing the effective life of the oil. The following are the key advantages of oxidation stability: Prolonged oil life Reduced deposit formation Enhanced system cleanliness When selecting turbine oil, f...

Introduction Even oil lubrication is one of the most important parts of machine maintenance. Beyond its basic job of providing a buffer between moving parts to decrease friction (and thus prevent excessive wear), appropriate lubrication improves the life of the machine, but it also increases the efficiency of operations by lowering the energy being used. The trick is finding that sweet spot between adequate lubrication and overly lubrication. Failure to do so can lead to operational inefficiencies and premature equipment failure. In this article, we will highlight 4 of the most important steps to take to make the best out of every ounce of lubricant, and ensure you save money, energy, and have machinery work the best it can. The Importance of Proper Lubrication Lubrication is the cornerstone of smooth and reliable machine operation. Machines in which parts have high friction between them wear off faster, use more energy, and break down often. Proper lubrication: Lowers friction a lubri...

  Introduction Turbine oils are essential for the efficient and long-lasting operation of turbines. Such oils are developed to meet certain conditions such as thermal stability, the suppression of rust and corrosion, and high oxidation resistance. To maintain the standards of quality and performance of turbine oils, numerous organizations are formulating standards that are acceptable throughout the world. A summary of these standards, their parameters, as well as industrial usage are presented in this article. Importance of Turbine Oil Standards For the safe operation of turbines, it is important to have Turbine Oil Standards that ensure: Performance Consistency: Performance properties such as viscosity, oxidation stability, and thermal tolerance are a part of the specification that maximize turbine performance. Equipment Life: Premium turbine oils minimize wear and have a positive impact on the life of equipment. Compatibility: Oils blend easily with other brands and can be use...

  This is part 2 of the #knowyouroil series, wherein we will dive into Particle Contamination. When we mention contamination, the first thing that strikes to our mind is the solid particles which we can see or touch. However, what we do not realize is how small the particle can actually be to start causing wear and tear to your machines, and not all contaminants are visible to the naked eyes. By then isn't too late to wait, is it? To answer the above questions, we first need to know the real clearance of different lubrication films formed in either rolling >> or rotating components, which is necessary to provide proper lubrication. The oil film thickness that exists in the, for example, mechanical part of the machinery is measured in microns (µm), or (1 millionth of 1 meter.) For queries related to Oil Testing, follow: https://www.minimacsystems .com Below are the finest tolerances found in different types of components. When small particles, which cannot be seen through huma...