Stainless steel sintered filter cartridges are widely used in various applications in industries such as water treatment. However, these filters cannot avoid failure, it is important to determine the cause of the failure in order to optimize their performance and service life.
 

1、 The material quality is not up to standard

The quality of stainless steel sintered filter element directly affects its filtration effect and service life. If the material quality is not up to standard, it will lead to problems such as uneven pore size, uneven material, and weak welding of the filter element, which will affect the effectiveness and service life of the filter element.

2、 Poor condition of filter media

During the use of stainless steel sintered filter cartridges, as the filtering material is continuously filtered, a layer of filtering layer will be formed on the surface of the filter cartridge. When the filter layer accumulates too much, it can lead to an increase in filter resistance, a decrease in permeability, and even severe clogging of the filter element, resulting in a loss of filtration effect. Therefore, proper maintenance and cleaning of the filter element is the key to ensuring its effectiveness and lifespan.

3、 Poor operating environment

In special usage environments, stainless steel sintered filter cartridges are susceptible to external forces, chemical corrosion, and other factors, leading to deformation, damage, and structural looseness of the filter cartridge, which reduces its service life.

4、 Preventive measures

1. Choose high-quality materials, follow corresponding production processes and standards, and ensure that the produced filter cartridges have excellent quality.

2. Regularly maintain and clean the filter element, remove the filter layer, reduce the resistance of the filter element, and extend the service life of the filter element.

3. Choose appropriate filter cartridges according to different usage environments and take preventive measures to reduce the impact of external forces and chemical corrosion.