PPE's air-to-air intercoolers offer several benefits such as increased power, improved fuel efficiency, and lower exhaust gas temperatures due to cooler, denser air
PPE's air-to-air intercoolers offer several benefits such as increased power, improved fuel efficiency, and lower exhaust gas temperatures due to cooler, denser air intake. Features like larger, higher-efficiency cores and all-aluminum construction maximize heat dissipation. Optimized internal designs, such as flow-optimized end tanks, lower backpressure and improve airflow compared to stock units. Some universal models have a compact design that allows for more flexible fitment in tight engine bays. Many PPE kits are designed as a drop-in replacement for the stock intercooler, often using factory mounting points for
PPE's air-to-air intercoolers offer several benefits such as increased power, improved fuel efficiency, and lower exhaust gas temperatures due to cooler, denser air intake. Features like larger, higher-efficiency cores and all-aluminum construction maximize heat dissipation. Optimized internal designs, such as flow-optimized end tanks, lower backpressure and improve airflow compared to stock units. Some universal models have a compact design that allows for more flexible fitment in tight engine bays. Many PPE kits are designed as a drop-in replacement for the stock intercooler, often using factory mounting points for a hassle-free installation. Select the intercooler model designed for your application.
Key features:
* All-aluminum bar-and-plate construction (or brazed cores) ensures durability for high-horsepower applications
* Ensures consistent engine performance even under demanding conditions
* Larger intercooler core volume with a highly efficient fin layout
* 77 percent reduced pressure drop for smoother engine breathing
* Lowers intake air temperature
* Cooler and denser charge air for increased engine/fuel efficiency
* Lower exhaust gas temperatures (EGT)