The fact that lubricating oil can be reused after being filtered with an oil filter is based on its physical and chemical properties. By using an oil filter, impurities, contaminants and solid particles in the lubricating oil can be effectively removed, thereby extending the life of the lubricating oil and improving its performance.
First, an oil filter utilizes a series of filter media, such as paper, fabric, or metal mesh, to capture tiny particles suspended in the lubricant. These particles may be caused by wear debris from friction, oxidation products, or other external sources of contamination. By filtering the lubricant through a multiple-circulation process, most or all of these tiny particles are removed.
Second, after undergoing the appropriate processes, treated lubricant can be restored to a condition similar to, or even better than, fresh lubricant. Because by removing impurities and solid particles, it not only reduces the risk of wear and failure of the equipment, but also maintains good viscosity and antioxidant properties.
In addition, reuse in industrial applications has been treated to acceptable quality standards and requires regular monitoring and testing to ensure compliance with specifications. This includes checking parameters such as viscosity, cleanliness, etc., and making necessary adjustments or adding special additives as needed to maintain the required performance levels.
In short, using a professionally designed and manufactured oil filter with high efficiency and reliability under correct operation, combined with appropriate maintenance measures, can circulate lubricating oil. This approach not only saves resources and reduces waste emissions, but also provides economic and environmental benefits.
