High flow filter cartridges are widely used in various industries for their ability to filter large volumes of liquid in a short time. However, one of the factors that can affect their performance is the pressure difference. 
 

 

The filter medium plays a crucial role in determining the pressure difference of high flow filter cartridges. Different materials and structures of filter media can result in varying degrees of liquid flow resistance. Therefore, the pressure difference will be affected accordingly. Generally speaking, higher filtration efficiency often leads to greater pressure differentials. Therefore, it is crucial to choose the appropriate filtering medium for the application to achieve the desired filtering performance.

 

 

The filtration speed is another key factor affecting the pressure difference of high flow filter cartridges. The filtration speed refers to the speed at which liquid passes through the filtering medium. Due to increased flow resistance, higher filtration speeds will result in higher pressure differentials. Therefore, it is necessary to adjust the filtration speed to an appropriate level to balance filtration efficiency and pressure difference.

 

 

Viscosity is another factor that affects the pressure difference of high flow filter cartridges. Liquid viscosity refers to the resistance of liquid flow. Due to increased flow resistance, higher liquid viscosity can lead to greater pressure differentials. Therefore, it is crucial to consider liquid viscosity when selecting the appropriate filter element to ensure optimal pressure differential.

 

 

The inlet pressure can also affect the pressure difference of the high flow filter element. Due to increased flow resistance, higher inlet pressure will result in greater pressure differentials. However, excessive inlet pressure can also cause other problems, such as filter damage. Therefore, it is necessary to ensure that the inlet pressure is within the recommended range to maintain the optimal pressure difference.