I think you are missing my point.
I'm not arguing that the B50 has better filtration then the toilet paper..
I'm saying that the only advantage that TP has over the b50 IS filtration.
The B50 is cheaper (Even if you buy a USED product off flea-bay the filter and base for the b50 is still significantly cheaper)
For most of us, the B50 is going to be cheaper to maintain. 100,000 is just a good rule of thumb..
For TP @ 5,000 mile intervals (I personally drive a diesel truck and have my doubts if it would last to those miles.. But I will bite the bait.
)
In 100,000 miles you have 20 changes. 20 Changes at .50 = $10. I don't know what a roll of TP costs, so I guess .50 seems to be accepted? On top of that, you have 20 quarts of oil to replace.. $2 a quart for that? $40
In 100,000 miles with a B50, you change the oil 10 times. At $5 per filter, that’s $50. 10 quarts of oil, $20.
So you can figure a TP element will end up costing you $50 for 100,000 miles of service and a B50 will cost you $70 for 100,000 miles of service.
a $20 difference per 100,000 miles.
So, if you bought a NEW motor guard it will take 500,000 miles to BREAK EVEN with the B50.. FIVE-HUNDRED-THOUSAND-MILES.
If you bought it off e-bay for $80, it will take 250,000 to BREAK EVEN with the B50.
"No, wait a minute. That is what I would be thinking if I actually believed the non-factual, non-experience based, imagination-induced ramblings of certain posters above."
Please explain what is non-factual and non-experience based about what I have posted.. Math doesn't lie.
Heck, I will even concede that with enough practice and patients, maybe changing a TP element could be as easy as the contained element.. But with my current setup I'm certain I couldn't have an easier way to change the element.. I use the zip lock bag trick on both the full flow and bypass, so it just seems logical to me at this point.
I'm also missing your "facts." Even if soot is 1-3um (and, for the record, the B50 has a 2um nominal rating) how much damage is a 3um particle going to cause?
Let me guess. You will jump on the "those soot particles can band together and then become a problem" wagon.. Okay Dokay, so they band together to a whopping 8um and are then pulled out of the stream by the B50.
So I have got to ask. Since it is NOT cost effective to put a TP bypass on a vehicle, where IS the advantage?
The normal size of a human red blood cell is 7-8 microns. (http://www.carnicom.com/bio3.htm) Everyone keeps jumping up and down on micron rating, but I think we have REALLY lost sight of exactly what size particles we are talking about.
Can you show me that getting anything below 8um out of the oil is actually beneficial? As I have showed (twice now) it is not cost beneficial, so it better have another advantage.. That is really the only fact that I'm looking for.
I'm not arguing that the B50 has better filtration then the toilet paper..
I'm saying that the only advantage that TP has over the b50 IS filtration.
The B50 is cheaper (Even if you buy a USED product off flea-bay the filter and base for the b50 is still significantly cheaper)
For most of us, the B50 is going to be cheaper to maintain. 100,000 is just a good rule of thumb..
For TP @ 5,000 mile intervals (I personally drive a diesel truck and have my doubts if it would last to those miles.. But I will bite the bait.
In 100,000 miles you have 20 changes. 20 Changes at .50 = $10. I don't know what a roll of TP costs, so I guess .50 seems to be accepted? On top of that, you have 20 quarts of oil to replace.. $2 a quart for that? $40
In 100,000 miles with a B50, you change the oil 10 times. At $5 per filter, that’s $50. 10 quarts of oil, $20.
So you can figure a TP element will end up costing you $50 for 100,000 miles of service and a B50 will cost you $70 for 100,000 miles of service.
a $20 difference per 100,000 miles.
So, if you bought a NEW motor guard it will take 500,000 miles to BREAK EVEN with the B50.. FIVE-HUNDRED-THOUSAND-MILES.
If you bought it off e-bay for $80, it will take 250,000 to BREAK EVEN with the B50.
"No, wait a minute. That is what I would be thinking if I actually believed the non-factual, non-experience based, imagination-induced ramblings of certain posters above."
Please explain what is non-factual and non-experience based about what I have posted.. Math doesn't lie.
Heck, I will even concede that with enough practice and patients, maybe changing a TP element could be as easy as the contained element.. But with my current setup I'm certain I couldn't have an easier way to change the element.. I use the zip lock bag trick on both the full flow and bypass, so it just seems logical to me at this point.
I'm also missing your "facts." Even if soot is 1-3um (and, for the record, the B50 has a 2um nominal rating) how much damage is a 3um particle going to cause?
Let me guess. You will jump on the "those soot particles can band together and then become a problem" wagon.. Okay Dokay, so they band together to a whopping 8um and are then pulled out of the stream by the B50.
So I have got to ask. Since it is NOT cost effective to put a TP bypass on a vehicle, where IS the advantage?
The normal size of a human red blood cell is 7-8 microns. (http://www.carnicom.com/bio3.htm) Everyone keeps jumping up and down on micron rating, but I think we have REALLY lost sight of exactly what size particles we are talking about.
Can you show me that getting anything below 8um out of the oil is actually beneficial? As I have showed (twice now) it is not cost beneficial, so it better have another advantage.. That is really the only fact that I'm looking for.