The purpose of hydraulic fluid consolidation is to help to reduce the complexity of the system. Caution must be taken to consider all of the critical fluid characteristics required for every individual system. That is why fluid consolidation needs to start at the base level.
Hydraulic systems are typical fluid-based systems that need to transfer energy and converting that energy into functions. Successful hydraulic operations need a careful selection of hydraulic fluids that meet almost all system demands. Viscosity serves as the significant factor in fluid selection.
These days hydraulic fluids serve many various purposes. The major function of hydraulic fluid is to provide energy transmission through the system, which enables work and motion application at the same time. There are also responsible for features such as lubrication, heat transfer, and contamination control. Different types of machines utilize various kinds of fluids depending on the machine's nature and capacity, such as hydraulic block-making machine manufacturer concludes that this machine uses petroleum base fluid.
When selecting the lubricant, it is good to consider the viscosity, seal compatibility, base stock, and the separate additive packages. There are three common types of hydraulic fluids present in the market, namely petroleum-based, water-based, and synthetics briefly describe below:
Kind of fluids used in various types of hydraulic system
Petroleum-based or mineral-based fluids are the widely used form of fluids used in the system. The properties of a mineral-based fluid are reliant on the quality of the original crude oil, and it is also the refining process of the liquid. Additives used in mineral-based juice offer a range of performance properties.
Synthetic fluids are human-made fluids used in many excellent lubrication characteristics of the high-pressure and high-temperature system.
Water-based fluids are more expensive than typical petroleum-based fluids and have other disadvantages, such as lower wear and many others.
