In practical applications, the flux of stainless steel high flow filters is affected by various factors, including but not limited to the following:

Filter size and quantity: The diameter and quantity of the filter directly affect the flux of the filter. The larger the diameter and the greater the number of filter cartridges, the larger the filtration area, thereby increasing the flux. Large safety filters used in industry can accommodate up to 26 filter cartridges to meet high flow requirements.

Filtering accuracy: Although there is a certain balance between filtering accuracy and flux, high accuracy does not necessarily mean low flux. Modern manufacturing processes have been able to achieve high precision while maintaining a large flux. The precision of the stainless steel high flux filter element can reach 0.1um, meeting the requirements of high-precision filtration.

Work pressure: Work pressure is an important factor affecting filter flux. Under the same conditions, the higher the working pressure, the corresponding increase in the flux of the filter. However, it should be noted that the maximum design pressure of stainless steel high flow filters is usually 1.0 Mpa, unless the maximum working pressure is less than 0.4 Mpa.

Filter media: The properties of the filter media, such as viscosity, impurity content, etc., can also affect the flux of the filter. Liquids with smaller particle impurities and lower content have lower filtration resistance, higher permeability, and higher flow rate.

Cleaning and maintenance: Regular cleaning and maintenance are crucial for maintaining the flux of the filter. As the usage time increases, particle impurities on the filter element will gradually accumulate and cause blockage, thereby reducing the flux. Therefore, users need to regularly clean and replace the filter element according to the working conditions.

In summary, the flux of stainless steel high flow filters is a customizable parameter that is influenced by multiple factors. When choosing and using filters, users need to consider and select them comprehensively based on specific needs and application scenarios. At the same time, regular cleaning and maintenance are also key to ensuring the long-term stable operation and efficient filtration of the filter.