The application of Stainless Steel Wire Cloth in filters is primarily for its function as a filtration sieve to separate particles and impurities.
The filtration medium passes through the Stainless Steel Wire Cloth in the filter, and as various contaminants accumulate on the inner side of the mesh, the filtering mesh becomes clogged. This leads to an increase in the pressure differential between the inlet and outlet ports. Once the pressure differential reaches a preset value, the pressure differential transmitter connected to the ports sends the detected signal to the control system. The frequency of backwashing can also be preset based on time. When the running time reaches the preset value, the system automatically activates the travel motor and the high-pressure backwashing pump. The drive mechanism then moves the waste collector, equipped with nozzles, in a rotating and horizontal reciprocating motion on the inner side of the Stainless Steel Wire Cloth. On the outer side of the mesh, the high-pressure backwashing device and the sewage discharge device synchronize their actions in a corresponding manner. Without interrupting normal operation, only a small amount of product water is used to perform high-pressure backwashing on the Stainless Steel Wire Cloth. The backwashing water, along with the impurities stripped from the mesh, is quickly sucked into the waste collector by the nozzles and then sent to the drainage chamber. Finally, the wastewater is discharged through the oil drain outlet. After one backwashing cycle, the pressure differential decreases, and all components return to their initial positions. The system resumes normal operation.
The raw water under pressure enters the filter through the inlet port. Initially, it flows through the coarser Stainless Steel Wire Cloth with larger mesh openings, removing larger particulate impurities. The water then enters the finer mesh of the Stainless Steel Wire Cloth through internal pressure, further trapping smaller impurities in the water. Finally, the filtered water is delivered to the point of use through the outlet port, completing the filtration process of the Stainless Steel Wire Cloth for impurities.
The filtration accuracy of Stainless Steel Wire Cloth is generally determined by its aperture size. Stainless Steel Wire Cloth can be divided into high-precision Stainless Steel Wire Cloth and ordinary Stainless Steel Square Wire Mesh. High-precision Stainless Steel Wire Cloth plays a significant role in filtration. Due to its higher mesh count, the corresponding aperture size becomes smaller, requiring finer wires. This ultimately results in an improved filtration accuracy for Stainless Steel Wire Cloth.
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