deeter16317
Thread starter
Hmmm, that makes sense...as the filter loads over its life, it becomes a better filter. Depending on how much it holds, will determine how long its useful life is, and its filtration quality/efficiency during that life.
However, I still get hung up on the fact that even a multipass that catches 98.6% of X particulate in X passes...still catches 98.6% of X particulate? 98.6% of X particulate is better than 50% of X particulate passing??
Or for example, the Baldwin that catches 98.6% of 15u and larger particles should be more effective than a filter that catches 98.6% of 27u and larger particles, correct? If its 98.6%, then only 1.4% of any larger particles can pass.
I probably don't know the analytical method used to measure the multipass, and that's probably where my answer lies...
I'll respond to the wix people and see what they have to say about capacity.
However, I still get hung up on the fact that even a multipass that catches 98.6% of X particulate in X passes...still catches 98.6% of X particulate? 98.6% of X particulate is better than 50% of X particulate passing??
Or for example, the Baldwin that catches 98.6% of 15u and larger particles should be more effective than a filter that catches 98.6% of 27u and larger particles, correct? If its 98.6%, then only 1.4% of any larger particles can pass.
I probably don't know the analytical method used to measure the multipass, and that's probably where my answer lies...
I'll respond to the wix people and see what they have to say about capacity.