SH63027 hydraulic oil Filter Element has multiple high-precision filtration options ranging from 1-25 μ m, which can effectively filter out metal debris, dust, gum and other pollutants in hydraulic oil, prevent valve sticking, pump body wear and oil circuit blockage, and ensure the normal operation of the hydraulic system.

The SH63027 hydraulic Oil Filter Element also has the following characteristics:

Uniform filtration performance: It can exhibit uniform surface filtration performance for filtration particle sizes ranging from 2-200 μ m, and can stably remove various particle pollutants in hydraulic oil, ensuring consistent filtration effect.

High structural strength: When subjected to axial loads according to industrial process document standards, the filter element will not deform or be damaged; When subjected to extreme pressure drop, it can maintain structural integrity without deformation, ensuring that the filter element works normally in high-pressure environments.

Good flow fatigue characteristics: If it is a disposable filter element, its flow fatigue cycle times should not be less than 10000 times; For reusable filter cartridges, the number of flow fatigue cycles should not be less than 20000, which has a longer service life.

High porosity: The filter element has high porosity, good breathability, low resistance, and low pressure difference, which can ensure smooth passage of oil and reduce energy loss.

Reusable after cleaning: Some SH63027 hydraulic oil filter elements can be reused after chemical cleaning, high temperature and ultrasonic cleaning, etc., reducing the cost of use and having high economic and environmental friendliness.

Diverse interface forms: There may be multiple interface forms available, such as threaded interfaces 222, 226, 215, M36, M28, etc., to facilitate connection and installation with different hydraulic systems.

Resistance to hydraulic shock: If used in the return oil pipeline, the filter element needs to be resistant to hydraulic shock, such as hydraulic cylinder reversing shock. A multi-layer stainless steel mesh+fiberglass composite structure is often used to adapt to complex working conditions.