A
Anonymous
Guest
This is a direct quote off the internet from Michael Kaufmans, "Americam Motor Oil Training Company"
"Even though the extra dispersancy additives in a synthetic oil keep dirt and debris surrounded and impede contact with engine components, those contaminants must still be removed. This is where your oil filter comes into play.
First of all, the statistics previously mentioned regarding engine wear haven't changed. Studies have shown that the majority of all engine wear is caused by particles between 5 and 20 microns. Unfortunately, most standard oil filters are only marginally efficient down to 20 microns or so. That means the stuff that causes the most wear is still left in there. In fact, just a simple change in filter types/brands can easily decrease engine wear by 50% or more." [/u][/b]
"Even though the extra dispersancy additives in a synthetic oil keep dirt and debris surrounded and impede contact with engine components, those contaminants must still be removed. This is where your oil filter comes into play.
First of all, the statistics previously mentioned regarding engine wear haven't changed. Studies have shown that the majority of all engine wear is caused by particles between 5 and 20 microns. Unfortunately, most standard oil filters are only marginally efficient down to 20 microns or so. That means the stuff that causes the most wear is still left in there. In fact, just a simple change in filter types/brands can easily decrease engine wear by 50% or more." [/u][/b]