Throttle Body and Turbocharger Health For vehicles equipped with forced induction, such as turbocharged or supercharged engines, the threat of oil contamination extends to the turbine and compressor wheels. During normal operation, internal pressure forces blow-by gases, a mixture of air, fuel vapor, and microscopic oil droplets, past the piston rings and into the crankcase.
Oil Catch Can Selection Guide Models and Technologies
Types of Oil Catch Can Designs Not all catch cans are created equal, and understanding the available technologies is essential for selecting the right unit. This process protects sensitive components like Mass Air Flow (MAF) sensors and throttle bodies while maintaining optimal combustion efficiency and reducing carbon buildup on intake valves.
Benefits of Installing an Oil Catch Can The primary advantage of installing a catch can is the preservation of the intake system, resulting in a cleaner and more efficient engine. Understanding Blow-by and Crankcase Ventilation Modern engines rely on a sealed crankcase system to manage internal gases, utilizing a Positive Crankcase Ventilation (PCV) valve to redirect pressure.
Oil Catch Can Selection Guide Models
The standard PCV system routes these fumes back into the intake tract, but without filtration, the oil mist acts as a contaminant. This directly translates to several practical benefits, including improved throttle response, better fuel economy, and a reduction in diagnostic trouble codes related to sensor contamination.
More About Oil catch cans
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