The difference between a basic open-element filter and a sealed, multi-stage filtration system is immediately apparent in the longevity of the unit and the cleanliness of the captured oil. Why Direct Injection Engines Need Help Gasoline Direct Injection (GDI) engines present a unique challenge because they lack the traditional fuel washing effect that port injection provides on the intake valves.
Durable Aluminum Construction for Long-Lasting Engine Protection
How Oil Catch Cans Protect Your Engine Understanding the mechanics behind an oil catch can requires a look at the blow-by gases that escape the piston rings. Modern forced-induction engines and direct injection systems are particularly susceptible to sludge accumulation, which can lead to reduced efficiency and costly repairs over time.
Performance and Efficiency Gains While the primary goal of an oil catch can is protection, users often report ancillary benefits related to performance. This absence of fuel spray allows carbon to accumulate rapidly on the back of the intake valves.
Durable Aluminum Construction for Long-Lasting Engine Protection
By maintaining a cleaner internal environment, you ensure that your engine operates as intended, delivering power smoothly and efficiently for years to come. The unit is typically mounted in a location that allows for maximum heat dissipation, often using durable mounting brackets that secure it away from moving components.
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