Add Life to your Ford 6.0/6.4L with our Single-Remote Bypass System
Ford 6.0/6.4L Single-Remote Bypass System provides superior filtration performance for Ford 6.0/6.4L engines while working in conjunction with the engine's full-flow oil filter. This system connects to the engine through the filter housing and oil fill port.
Ford 6.0/6.4L Single-Remote Bypass System provides superior filtration performance for Ford 6.0/6.4L engines while working in conjunction with the engine’s full-flow oil filter. This system connects to the engine through the filter housing and oil fill port. System includes mount, mounting hardware, EaBP90, hose and hose fittings. Note: Full-flow filter not included with this system.
The Ea Bypass Oil Filter (EaBP) provides the best possible filtration protection against wear and oil degradation. Working in conjunction with the engine’s full-flow oil filter, the AMSOIL Ea Bypass Filter operates by filtering oil on a “partial-flow” basis. It draws approximately 10 percent of the oil pump’s capacity at any one time and traps the extremely small, wear-causing contaminants that full flow filters can’t remove. The AMSOIL Ea Bypass Filter typically filters all the oil in the system several times an hour, so the engine continuously receives analytically clean oil.
Note: This bypass system does not fit Ford E-series engine installations, nor applications found in larger truck or buses. Contact Technical Services to confirm before ordering if you are in question.
Call the Bypass Filter guy for more info and help 605-274-2580
From the President – Alan Amatuzio – A message from 2019 Fall 2025: We have come a LONG way!! I officially started working for AMSOIL in 1988. That’s when our records show I started receiving a paycheck, but I remember being dropped off before I could drive, which was earlier than ‘85. I worked in […]
What Does a Limited-Slip Additive Do? Joel Youngman|Oct 27, 2020 10:50 AM You see them on the shelves of your local auto parts stores, but what does a limited-slip additive do? Limited-slip differentials commonly use clutches to transmit torque between wheels. When both wheels have ample traction, the clutch plates bind together tightly, but smoothly slip […]