Over time, the media becomes saturated with trapped particles, and the bypass valve may begin to open more frequently, signaling that its capacity is reached. Furthermore, by keeping the internal components pristine, the filter helps maintain the correct oil viscosity.
Understanding the Filtration Process in Purlator Oil Filters
The media is the heart of the operation, while the metal casing provides the necessary strength to withstand extreme pressures and temperatures. The pleated design maximizes the surface area available for filtration, allowing for high dirt-holding capacity without restricting the necessary flow rate.
The wrong filter can lead to poor sealing, resulting in oil leaks, or incorrect filtration standards, which can allow damaging particles to circulate. These fibers form a dense matrix designed to capture particles across a wide micron range, from large debris to microscopic impurities.
Understanding the Filtration Process in Purlator Oil Filters
By trapping metal shavings, dirt, and sludge generated during combustion, it ensures that every pressurized droplet reaching the intricate moving parts remains clean. Understanding the Filtration Process The effectiveness of a purlator oil filter lies in its sophisticated multi-stage filtration system.
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