Filters can effectively protect technical equipment and provide users with the most economically viable options.

Filters can effectively protect technical equipment and provide users with the most economically viable options.

In hydraulic machinery systems, the quality of hydraulic oil directly affects the performance and lifespan of the system. Contamination in the hydraulic oil can cause instability in the system and failure of the actuators. Contaminants can get stuck in servo valves, pistons, tanks, and hydraulic cylinders, affecting their normal operation. Additionally, contaminants can also increase the wear and tear of the hydraulic system and shorten the system's lifespan.

To ensure the normal operation of hydraulic machinery systems, the quality of hydraulic oil must be maintained. This typically requires regular filtration operations to remove contaminants. There are many methods of filtration, including filtering, adsorption, and diffusion. The specific filtration method depends on the type and amount of contaminants in the hydraulic oil.

Furthermore, attention must also be paid to the environment in which the hydraulic oil is used. If the environment has a high amount of moisture, heat, or chemicals, it may cause the quality of the hydraulic oil to deteriorate. Therefore, when using hydraulic machinery systems, it is important to protect the hydraulic oil from contamination to ensure its quality. In hydraulic machinery systems, contaminants that are 5 microns in size can cause instability in servo valves and failure in actuators; 6 micron particles can cause proportioning valves to become stuck; 8 micron particles can cause the destruction of solenoids in directional control valves, resulting in failure of the safety protection system.