Production process:
Choosing the appropriate material: The material selection of sintered mesh filter has a direct impact on its service life and filtration effect. The stainless steel multi-layer wire mesh powder sintering technology is not only corrosion-resistant, but also effectively intercepts small particles to ensure air quality.
Filter precision selection: When customizing filter cartridges, the appropriate filter precision should be selected according to the specific working environment. If the precision of the filter element is selected too high or the pressure exceeds its maximum allowable working pressure, it may cause the filter element to be flattened.
Installation requirements: The installation of the filter element must be accurate and stable. If the filter element is not fixed properly before starting to filter, it may cause damage to the filter element. In addition, attention should be paid to the direction and position of the filter element during installation to ensure that it can work properly and is not easily damaged.
Regular cleaning and replacement: After prolonged use, the filter element will trap a large amount of impurities, resulting in a decrease in working speed. Therefore, it is necessary to regularly clean the filter element and be careful not to deform or damage it, otherwise it will lead to a decrease in filtration accuracy. Some precision filter cartridges cannot be reused multiple times and require special attention
Feature：
High precision filtration: The stainless steel sintered mesh filter has a wide range of filtration accuracy, usually 0.5-200 μ m, which can meet the strict requirements of liquid or gas filtration accuracy in different fields. The mesh holes of each layer of the mesh are interlaced with each other, forming a uniform and ideal filtering structure, effectively intercepting small particles.
High strength and pressure resistance: After special stacking and pressing of multi-layer stainless steel mesh and vacuum sintering process, the sintered mesh filter element has extremely high mechanical strength and pressure resistance, and can maintain stable filtration performance in harsh working environments.
Heat resistance: Stainless steel sintered mesh filter can be used in continuous filtration environments ranging from -200 ℃ to 650 ℃ without any performance changes or damage, making it significantly advantageous in the field of high-temperature filtration.
Corrosion resistance: Due to its use of stainless steel material, the sintered mesh filter element has excellent corrosion resistance and can resist the erosion of various corrosive media, extending its service life
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