The Replace GEA 362698044 Oil separator element is mainly used in various industrial hydraulic systems, such as hydraulic systems of construction machinery (excavators, loaders, etc.), machine tool equipment, metallurgical machinery, etc. It can effectively filter out metal debris, dust, rubber particles, sludge and other impurities in hydraulic oil, maintain the cleanliness of hydraulic oil, protect key components such as hydraulic pumps, hydraulic valves, hydraulic cylinders, etc., ensure stable and efficient operation of hydraulic systems, reduce equipment failures and maintenance costs.

The Replace GEA 362698044 Oil separator elementhas the following characteristics:

Excellent filtering performance

High precision filtration: Using high-quality filter materials, it can effectively intercept particles and impurities with particle sizes of 1-25 μ m or even smaller, meeting the strict requirements of precision hydraulic systems for oil cleanliness, and preventing pollutants from causing wear, jamming, and other damage to hydraulic system components.  

High pollutant carrying capacity: The special filter material structure and large filtration area give it excellent pollutant carrying capacity, which can accommodate more impurities, extend the service life of the Filter Element, reduce replacement frequency, and lower maintenance costs.

Structural and material advantages

High strength shell: The shell is made of high-strength metal material, such as stainless steel, which has strong compressive strength and can withstand high working pressure. It is not easily deformed or damaged in high-pressure hydraulic systems, ensuring stable operation of the filter element.

Excellent corrosion resistance: The filter material and shell material have been specially treated to have good corrosion resistance and can be adapted to various hydraulic oils, including some corrosive special media, and can maintain normal filtration function in harsh working environments.

Strong job stability

Low pressure loss: The filter element design is reasonable, with low resistance when oil passes through and low pressure loss, ensuring the power transmission efficiency of the hydraulic system, reducing energy waste and system performance degradation caused by pressure loss.

Wide temperature adaptability: It can work stably in a wide temperature range (around -30 ℃ -110 ℃), adapt to temperature changes in different regions and working conditions, and ensure effective filtration under various environmental conditions.

Good adaptability and universality

Wide oil compatibility: It can be well compatible with various types of hydraulic oils such as mineral oil and synthetic oil, meeting the selection needs of different industrial equipment for hydraulic oils.

Strong universality: The size specifications and interface design comply with industry standards, suitable for various brands and models of hydraulic systems, easy installation, and high universality.