Filtration systems are not simply about removing impurities; they play a critical role in protecting equipment and controlling long-term operating costs.
If filtration precision is too low, fine particles remain in the system, accelerating wear on bearings, pumps, and pipelines. Over time, this leads to higher failure rates and more frequent maintenance. On the other hand, excessively fine filtration can increase flow resistance, cause premature clogging, and raise operational costs.
Industrial filter paper is generally classified into fast, medium, and slow filtration grades, each designed for specific applications. For example, in lubrication systems with higher contamination levels and large flow rates, medium or fast filtration grades are often more suitable. Fine filtration grades are better applied in polishing or secondary filtration stages.
When filtration precision is properly matched to operating conditions, equipment runs more smoothly, oil replacement cycles are extended, and unplanned downtime is reduced. Many industrial users find that optimized filtration actually lowers overall maintenance costs rather than increasing them.
