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  2. 20μm Stainless Steel Mesh Oil Filter Element 160x600
  3. 20μm Stainless Steel Mesh Oil Filter Element 160x600

20μm Stainless Steel Mesh Oil Filter Element 160x600

Product: Stainless Steel Oil Filter Element
Media: 304 Stainless steel mesh
Dimension: 160x600
Filtration accuracy: 20μm
Custom made: Avaliable
Description:

The oil filter element is made of high-quality stainless steel mesh, which can capture particles as small as 20 microns, ensuring the smooth and efficient operation of your machine. Stainless steel structure also has excellent corrosion resistance and temperature fluctuation resistance, making it a reliable choice for harsh environments.

Specifications:
Type Stainless Steel Oil Filter Element
Dimension 160x600
Filter layer 304 stainless steel mesh
End caps Carbon steel
Filtration accuracy 20μm
Origin Henan,China
Features:

 

1. High strength corrosion resistance: Made of 304 stainless steel mesh with a chromium nickel content of ≥ 18%/8%, it can resist weak acids, weak bases, salt spray, and oxidation environments
 
2. Precision gradient filtering structure: Multi layer laser welding mesh design (such as 20 mesh → 50 mesh → 100 mesh gradient combination), achieving adjustable accuracy of 5-50 microns, interception efficiency ≥ 99.5% (ISO 16889 certification), while maintaining low pressure drop (<0.1MPa @ 25 ° C).
 
3. High temperature and high pressure resistance: Working temperature ranges from -50 ° C to 400 ° C, with an instantaneous pressure resistance of up to 10MPa (100 bar), supporting stable filtration of high viscosity oils (such as gear oil and hydraulic oil) under extreme working conditions, and a lifespan 5-8 times longer than paper filter cartridges.
 
4. 100% Reusable: Supports ultrasonic cleaning/backwashing, no filter material loss, porosity recovery rate ≥ 95%, adapts to the needs of circular economy, and reduces waste disposal costs by more than 60%.

 

 

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Note:

 
Correct installation: The installation of the filter element should be accurate and stable to avoid damage to the filter element due to improper installation.
Choose the appropriate filter element: Choose a filter element that is suitable for the current working environment to avoid the filter element being too precise and causing the pressure to exceed its maximum working pressure, resulting in the filter element being flattened.
Regular cleaning and replacement: The filter element may be clogged by pollutants during use, leading to an increase in pressure difference. The filter element should be cleaned or replaced in a timely manner to avoid insufficient strength and flattening due to blockage.
Check the connection part: Regularly check whether the equipment connection part is tight, ensure that the sealing ring is intact and prevent leakage.
Anti corrosion measures: In specific environments (such as strong acids, strong bases, or media containing chloride ions), additional anti-corrosion measures need to be taken, such as applying protective coatings on the surface of stainless steel.
Correct operation: The filter should follow the manufacturer's instructions during installation and operation, avoiding excessive pressure or inappropriate fluid types to prevent damage to the equipment.
Save unused filter cartridges: Unused filter cartridges should be stored properly to avoid tearing the plastic packaging and prevent contamination.
Shutdown treatment: When the shutdown time is long, it is necessary to clean the filter element and filter before reusing to ensure the filtering effect.
Inquiry

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