Nissens intercoolers

How can turbo charged engines affect intercoolers?

Check out our handy infographic which explains the common issues faced by intercoolers as a result of more cars being fitted with turbo charged engines.

NISSENS explains the common issues faced by intercoolers as a result of more cars being fitted with turbocharged engines.

With the demand for smaller, yet more powerful, fuel-efficient and low-emission engines on the rise, the trend for more passenger cars fitted with turbocharged engines is growing proportionately as well. Currently, more than 43% of the EU car parc is fitted with a turbo. This figure is expected to increase by 30% by 2019.


As previously mentioned, the big advantage for any motorist is the ability to purchase a fuel-efficient, low-emission car without having to compromise too much on purchasing a car with a less powerful engine. Since its introduction more than 30 years ago, turbochargers have halved in size whilst RPM and pressures have doubled. This has led to the increase of air temperature within the system which then needs to be cooled in order to gain the desired effect. The vast benefits of turbocharged engines are evident as they optimise the systems by pushing them to the limit.


However, turbocharged engines do cause some issues. As the difference between the input and output air temperature of the intercooler is increased due to the turbo, it puts the intercooler under more pressure and strain. This can lead to failure if the turbo and intercooler are not installed properly.

Nissens intercoolers infographic

Nissens intercoolers can be found on the F:Drive and MAM Autocat. For more information, please speak with your local FPS representative.


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