01.E.631.68679.10API.16. E.N.IS09 352279 replaces EATON Filter Element with high-precision glass fiber and 304 wire mesh, which can filter particles smaller than 50 microns in hydraulic oil or lubricating oil. The filter element is equipped with a thickened punched stainless steel skeleton, which has strong support performance.

01.E.631.68679.10API.16. E.N.IS09 352279 plays a crucial role as a replacement for EATON filters in hydraulic systems, with key indicators including filtration precision, material selection, pressure bearing capacity, and temperature adaptability. Normally, the filtration precision of this type of filter element is maintained between 3 and 30 microns, but customized precision can also be achieved under special requirements. In terms of materials, depending on different filtration accuracy requirements, materials such as glass fiber or metal mesh may be selected. The hydraulic oil filter can operate stably under a working pressure of 1.0Mpa and is suitable for various media, such as conventional hydraulic oil, phosphate hydraulic oil, emulsion, and water ethylene glycol mixture. In addition, its operating temperature range is quite wide, maintaining good performance from minus 30 degrees Celsius to plus 110 degrees Celsius. The hydraulic Oil Filter Element exhibits excellent filtration efficiency, achieving stable surface filtration for particles ranging from 2 to 200 microns. At the same time, it also has excellent corrosion resistance, heat resistance, pressure resistance, and wear resistance characteristics. Especially for stainless steel filter cartridges, their pore distribution is symmetrical, the filtration accuracy is extremely high, and the flow rate per unit area is considerable, making them very suitable for extreme temperature environments. It is worth mentioning that these types of filters can still be reused after cleaning and do not require frequent replacement. In addition to the above characteristics, the structural stability of hydraulic oil filter elements cannot be ignored.