Mitsubishi Purifiers
Mitsubishi Selfjectors: The Cutting-Edge Oil Purifiers for Marine Vessels
Blog | July 29th, 2024Discover why Mitsubishi Selfjectors are the leading oil purifiers for marine vessels. Learn about their cutting-edge technology from Japan Marine. Mitsubishi Selfjectors, manufactured by Mitsubishi Kakoki Kaisha (MKK), are the best-selling centrifugal disc-type oil purifiers. These cutting-edge machines have become an essential part of modern marine engineering. As the authorised sales and spare parts distributor […]
The Working Principles of Mitsubishi Selfjectors Oil Purifiers and Their Advantages
Blog | June 20th, 2023Ships and marine vessels rely on engines to ensure they can traverse through the waters without any issues. They also maximise these components to ensure they can reach their intended destinations as efficiently and quickly as possible. Engines are useful in the marine industry as they can provide the needed power to move ships and […]
Main Features and Applications of Mitsubishi Selfjectors
Blog | May 10th, 2022A wide range of industries nowadays maximises almost similar machines in conducting their operations. One of the machines that industries use is an oil purifier. Oil purifiers are machines that can remove water, oil contaminants, and other similar elements from oil, fuel, and other products. The main purpose of oil purifiers is to prolong the […]
Causes of Failure in Oil Purifiers and How to Address Them
Blog | March 29th, 2022Ships can only operate optimally if they utilise well-maintained machines and components. One way to ensure the effectiveness of their machines and components is through lubrication. Lubrication is a process wherein a lubricating oil is applied to surfaces. This process is vital to machines and components as it can reduce heat and lessen friction. It […]
An Overview of Purifier Separators and Their Uses and Applications
Blog | December 3rd, 2021Let’s face it turbine lubricants handle lots of stress. In ship systems, beleaguered marine turbines run hot. The moving parts rub against each other and cause huge pressure spikes to propagate through the innermost chambers of the machinery. There’s a heap of fluid and mechanical energy in play in there, but an enhanced oily substance […]