Do these filters comply with this from the website:
Question: I've changed the spin on filter recently, using a different filter than you sent with your systems, why am I seeing an excess amount of debris in my cut open filter? When I cut this filter open, there are now tablespoons of sludgy debris - nothing like the first time. Is my choice of filter better or worse? Is there something wrong with my engine?
Answer: If you are seeing sludge and spoonfuls of debris, you must be using an SCA(Supplemental Coolant Additive) charged filter. They are packed with a solid particle/tablets from the manufacturer that release a chemical over time. What you are left with is a pile of debris inside of your filter. They are not filtering better, you just have more to filter now. This debris did not come from your engine. It is simply from using the wrong filter. The debris is travelling through your system now, so you have added more debris to your existing problem. You are constantly releasing then recapturing the same debris that you have added. Be aware that the coolant manufacturer clearly states you should NOT use SCAs in the 6.0L Premium Gold system. The additives can be labeled as SCAs or BTAs - neither are acceptable. Use the non-charged filters and you will see actual engine debris only. So, while you can purchase replacement filters locally, make sure they are non-charged before you purchase. DIESELSITE USES AND SELLS ONLY NON-CHARGED FILTERS FOR OUR SYSTEMS.
A second and bigger problem with using SCA/BTA charged filters is that they are designed for much larger cooling systems than are found on the Powerstroke. A charged filter would be majorly overdosing the system on additives. This results in an extreme amount of sediment fallout, which will cause more wear then the small amount of debris you were trying to stop to begin with. So, there may not be something wrong with your engine now, but to continue using the filters could definitely cause major issues down the road with EGR coolers, radiators, water pumps or anything the coolant comes in contact with.