The SPE CCV Reroute Kit vents crankcase pressure by uses a venturi style design that eliminates the need for a restrictive baffle. Instead, it is intended to catch oil prior to the hose resulting in virtually no oil loss.

SPE Motorsport's advanced Recirculating Crankcase Ventilation (CCV) system for the 2011 to current 6.7L Powerstroke. Designed with precision and a understanding of our customers needs. The recirculating CCV kit is a testament to innovation and …

2020年6月7日 · The SPE CCV Internal Catch Can (ICC) is designed to remove oil molecules from the crankcase vent vapor while utilizing the void internal to the 6.7 Powerstroke valve cover converting it to function as a catch can.

2019年6月7日 · Shop with Blessed Performance for the SPE CCV Reroute Kit for your 2017-2019 Ford 6.7L Powerstroke diesel. Prevent oil droplets from re-entering the intake system, reducing oil deposits in the engine. Benefits: Includes ¾” 100% silicone reinforced hose— designed for oil applications and larger than the competition.

SPE Motorsport's advanced Recirculating Crankcase Ventilation (CCV) system for the 2011 to current 6.7L Powerstroke. Designed with precision and a understanding of our customers …

The SPE CCV Reroute Kit vents crankcase pressure by uses a venturi style design that eliminates the need for a restrictive baffle. Instead, it is intended to catch oil prior to the hose resulting in virtually no oil loss.

The SPE CCV Reroute Kit vents crankcase pressure by uses a venturi style design that eliminates the need for a restrictive baffle. Instead, it is intended to catch oil prior to the hose resulting in virtually no oil loss.

The SPE CCV Reroute Kit vents crankcase pressure by uses a venturi style design that eliminates the need for a restrictive baffle. Instead, it is intended to catch oil prior to the hose resulting in virtually no oil loss.

The SPE CCV Reroute Kit vents crankcase pressure by uses a venturi style design that eliminates the need for a restrictive baffle. Instead, it is intended to catch oil prior to the hose resulting in virtually no oil loss.