Minimac Systems Pvt. Ltd.

  Introduction: Bearing life is influenced by many factors, such as load, speed, temperature, and lubrication. Bearing problems don’t just mean expensive repair costs and downtime. By becoming knowledgeable and taking action on these main “bearings destroyers”, greater life in your bearings will be achieved with better and smoother operation and less cost to operate. Bearings are essential to the smooth operation of numerous industrial machines, from automotive engines to heavy equipment used in manufacturing. To improve the performance of equipment and reduce the costly downtime, it is vital to extend the life of bearing systems by maintaining them effectively, lubricating them properly and monitoring their condition indefinitely. In this detailed guide, we break down the strategies to increase bearing service life and protect your investment in industrial equipment. Understanding the Life of Bearing The life of the bearing is defined as the period of (running) time during which t...

  Introduction Well, when it comes to lube, oil viscosity is everything. The resistance of a fluid to flow is known as its viscosity and will influence the ability to lubricate, protect, and cool machinery. In this article, we will explore the basics of oil viscosity, its measurement, its application, and the factors that influence it. Armed with a good understanding of these fundamentals, you can make better choices about which equipment to lubricate and how to maintain it in an industrial setting. What is the Viscosity of Oil? Viscosity is the measure of the internal friction of the fluid, or how gunky it is. In oils, it specifies the flow of the oil at an established temperature. Some oils are called high-viscosity oils because they have a high relative resistance to flow, and others are low-viscosity oils, which are thin and can flow easily. This property is critical to proper machinery lubrication because it influences oil film formation, lubrication efficiency, and wear prote...

  Introduction to Lubrication Viscosity Viscosity of lubricants refers to the resistance of lubricant flow. It measures how effectively the oil can act as a barrier between moving parts, minimising friction and wear. The inherent viscosity of an oil or grease is vital to the smooth operation of equipment and the performance characteristics for a multitude of industrial applications. Lubricants come in several different viscosity grades. Hydraulic Oil Viscosity is integral for efficient energy transfer in hydraulic systems, while Gear Oil Viscosity is used to provide optimized load sharing with minimum wear for heavily loaded gears. Without Viscosity, oil loses the ability to create a lubricating film, leading to metal-to-metal contact, increased wear, higher friction, and more heat, resulting in eventual catastrophic failure. Why Viscosity Maintenance is Crucial It is important to ensure proper Lubricant Viscosity for reasons like: Stop lubricants from breaking down: Contamination,...

  Introduction The filtration of oil is an essential process to ensure that machinery, engines and hydraulic systems are working effectively and efficiently. It is about filtering impurities like dirt, water and metals from oil so the oil keeps operating at peak performance. In an age where machines work in more and more extreme conditions, it is important to know about Oil Filtration for businesses that depend on lubrication systems. The present work provides an in-depth review of oil filtering involving its significance, types, methods, advantages, difficulties and current advancements in the area. Understanding Oil Filtration Oil filtration is the process of purifying oils by eliminating contaminants that contribute to the lower quality of the oil. There are several ways contaminants get into the oil (from wear, from the environment, from poor oil-change practices, etc). The objectives of oil filtration are to improve the performance of the oil while protecting the mechanical eq...